CN102164441B

CN102164441B - Illumination control terminal and illumination control system

Info

Publication number: CN102164441B
Application number: CN201110045730.XA
Authority: CN
Inventors: 石原麻美
Original assignee: Matsushita Electric Industrial Co Ltd
Current assignee: Panasonic Intellectual Property Management Co Ltd
Priority date: 2010-02-23
Filing date: 2011-02-23
Publication date: 2015-05-06
Anticipated expiration: 2031-02-23
Also published as: KR20110097703A; TW201143526A; US8415888B2; TWI426824B; US20110204827A1; CN102164441A; KR101422895B1

Abstract

An illumination control terminal includes a frame; a handle cover pivotably rotatably attached to the frame. An operation switch unit is arranged on a front surface of the handle cover. Provided on a rear surface of the handle cover are a setting operation unit for setting a set time at which lamps are turned on or off and a locking portion which keeps the handle cover in a closed state. Provided on a front surface of the frame are a display unit for displaying setting contents and a locked portion engaging with the locking portion. The terminal further includes a storage unit storing a setting program set by the setting operation unit and a terminal control unit for outputting a control signal on an on/off operation of the lamps, either upon pushing the operation switch unit or according to the setting program.

Description

Lighting control terminal and Lighting Control Assembly

Technical field

The present invention relates to for export control signal with control lighting load bright/the Lighting control terminal of operation of going out and comprise the Lighting Control Assembly of described Lighting control terminal.

Background technology

Referring to Figure 35 describe for control to be arranged on office, factory, shop or other position lighting load (hereinafter referred to as " lamp ") bright/the traditional lighting control system 100z of operation of going out, Figure 35 is the explanatory diagram of the configuration that traditional lighting control system 100z is shown.Lighting Control Assembly 100z comprises lamp 1z to 4z, operation control unit 13z, as the Lighting control terminal 14z of lighting switch and business AC power source AC4.

Depend on and be arranged on the disconnection of the corresponding contact of the independent relay in operation control unit 13z or closed (open/close) with the relation corresponding with lamp 1z to 4z and light or extinguish (turnon/off) each lamp 1z to 4z.Such as, if the closing of contact of the relay corresponding with lamp 1z, then put bright light 1z.If the contact of the relay corresponding with lamp 3z disconnects, then extinguish lamp 3z.

Operation control unit 13z is operated as driving power source by using the electrical power of supplying from business AC power source AC4.Lighting control terminal 14z to operation control unit 13z export control signal, with make operation control unit 13z to described control signal make response with control each lamp 1z to 4z bright/operation of going out.

In Figure 35, lamp 1z to 4z and business AC power source AC4 is electrically connected to operation control unit 13z by respective power line.Operation control unit 13z is electrically connected to Lighting control terminal 14z by holding wire S.For this reason, to suppose that in operation control unit 13z setting in advance will at the guidance panel SW y of pressing Lighting control terminal 14z as shown in figure 36 or SW z, namely during switch-unit, the type of lamp 1z to 4z lighted or extinguish.

As mentioned above, when pressing guidance panel SW y as shown in figure 36 or SW z, Lighting control terminal 14z to operation control unit 13z export for control lamp 1z to 4z bright/control signal operated of going out.This control signal comprises the information of the type about pressed guidance panel SW y or SW z.More particularly, the control signal sent by pressing operation panel SW y comprises the information of the type about guidance panel SW y.Similarly, the control signal sent by pressing operation panel SW z comprises the information of the type about guidance panel SW z.Because the control signal sent by pressing operation panel SW y or SW z comprises the information of the type about pressed guidance panel, operation control unit 13z can control lamp 1z to the 4z corresponding with the type of the guidance panel pressed be included in described control signal bright/going out operates.

Describe the details of the external structure of Lighting control terminal 14z now with reference to Figure 36, Figure 36 shows the external structure of traditional lighting control terminal 14z.In the description of Figure 36, upper and lower, the direction, left and right that mark are defined as upper and lower, the direction, left and right of Lighting control terminal 14z along paper.And, will forward direction be defined as relative to the direction of advancing before paper Vertical dimension and will be defined as backward relative to the direction of advancing after paper Vertical dimension.

Lighting control terminal 14z is visually arranged on the wall surface of office, factory, shop or other position.Lighting control terminal 14z shown in Figure 36 comprises the terminal framework K with left framework 14zl and right framework 14zr, and described left framework 14zl and right framework 14zr is all arranged on front side and overall formation.The group of guidance panel SW y and LED 23z and the group of guidance panel SW z and LED 24z are arranged in the left framework 14zl of Lighting control terminal 14z.The display unit 17z such as formed by LCD (liquid crystal display) and various button 26z to 30z is arranged in the right framework 14zr of Lighting control terminal 14z.

As mentioned above, when pressing operation panel SW y or SW z, Lighting control terminal 14z to operation control unit 13z export for control respective lamp 1z to 4z bright/go out operate control signal.Be arranged on light that LED 23z in the left framework 14zl of Lighting control terminal 14z launches different colours with identify such as lamp 1z and 2z bright/state of going out, during guidance panel SW y in pressing operation control unit 13z, described lamp 1z and 2z is set as lighting or extinguishing in advance.Be arranged on light that LED 24z in the left framework 14zl of Lighting control terminal 14z launches different colours with identify such as lamp 3z and 4z bright/state of going out, during guidance panel SW z in pressing operation control unit 13z, described lamp 3z and 4z is set as lighting or extinguishing in advance.Such as, LED 23z launches red light under the illuminating state of lamp 1z and 2z.LED 23z launches green light under the OFF state of lamp 3z and 4z.

Display unit 17z is provided with, for showing current time etc., about the type of guidance panel SW y and SW z and multiple button 26z, 27z, 28z and 30z and guidance panel SW y or SW z and light when pressing operation panel SW y or SW z or the information of relation between respective lamp 1z to the 4z that extinguishes in the right framework 14zr of Lighting control terminal 14z.Button 26z, 27z, 28z and 30z will be described in more detail.Button 26z, 27z, 28z and 30z comprise select button 28z, for one of them of normal mode, Timer modes and the current time pattern selecting to present in the mode display region 31z shown in the top of display unit 17z.

At this, the existing pattern that will describe in detail in the 31z of mode display region.

Normal mode is the pattern that instruction Lighting Control Assembly 100z is in operation.Normal mode eliminates current time pattern for setting current time and for browsing the Timer modes of setting program for lighting or extinguish one of lamp 1z to 4z in the stipulated time.Timer modes is that user can browse in the pattern of setting program being lighted or extinguish one of lamp 1z to 4z by user the predetermined time.

In the following description, by be used for setting wherein multiple operating parameter with light at setting-up time or extinguish lamp and be used for making operation control unit 13z perform lamp bright/program of operation of going out is called " setting program ".Each operating parameter be set in setting program comprises the type of the time (hereinafter referred to as " setting-up time ") will lighting or extinguish lamp and the lamp that will light or extinguish.The setting program comprising such operating parameter is stored in the memory cell (not shown) of operation control unit 13z.Operation control unit 13z comprises internal clocking C1 (not shown).Such as, if the current time indicated by internal clocking C1 is consistent with the setting-up time in the operating parameter being included in setting program, then light or extinguish the lamp of control objectives of the operating parameter be set as setting program.Current time pattern is the pattern of the current time for setting the internal clocking C2 (not shown) be built in Lighting control terminal 14z.

Turn back to the description of button 26z, 27z, 28z and 30z, increase progressively the numeral of the current time that can change under current time pattern when button 26z is set as increasing or reducing the program number (num ber) of the setting program such as can browsed under Timer modes when selecting Timer modes with the button 27z that successively decreases and increases or be reduced in selection current time pattern.Further, provide setting button 30z with the setting of carry out increasing progressively button 26z in order to display by pressing or successively decrease button 27z and one of setting program of selecting and the time increasing progressively button 26z by pressing or the button 27z that successively decreases selects is set as current time.

The operation control unit 13z of the setting program that storage can be browsed under Timer modes comprises the program timer as an one element, described program timer be used for according to setting program control respective lamp 1z to 4z bright/operation of going out.Program timer is disclosed in such as Japanese Patent Application Publication No.2001-175306.Above disclosure discloses the program timer for remote supervisory and controlling syste, and wherein have transmission and reception signal transmission between multiple terminal of its oneself address and transmission unit, the plurality of terminal and transmission unit are all connected to holding wire.In response to as be input to a terminal supervisory signal bright/go out signal, the load of remote supervisory and controlling syste by using the corresponding relation of address of terminal to be operatively connected to other terminal.

But because the traditional lighting control terminal 14z shown in Figure 36 is arranged in the narrow installation region of office, factory, shop or other position, therefore this traditional lighting control terminal 14z is limited to and installs width (Lz) and installation quantity.The display unit 17z of Lighting control terminal 14z and button 26z, 27z, 28z and 30z are all arranged in the narrow zone of right framework 14zr of Lighting control terminal 14z in an integrated fashion.This makes to be difficult in right framework 14zr, arrange the display unit having and increase physical size.Use small size display unit 17z under Timer modes, set parameters and can become trouble.

When performing extinguishing program (setting program one of them) of the operation of the pass for controlling lamp, be the situation again manually being put bright light after performing extinguishing program by the 3rd people sometimes.In other words, available in traditional lighting control terminal extinguishing program is set to only extinguish described lamp once at setting-up time.In order to extinguish the event that lamp is lighted by the 3rd people again to tackle lamp termly, needing to prepare the extinguishing program of accelerating and implementing integrally the extinguishing program prepared thus.This requires that the user of management Lighting Control Assembly drops into the considerable time and prepares extinguishing program and perform troublesome operation.Because extinguishing program available in traditional lighting control terminal is difficult to keep lamp to extinguish completely, be therefore difficult to reduce power consumption by not lighting unnecessary lamp.

Summary of the invention

In view of more than, the invention provides one and there is compact installation region, make switch-unit and setting effectively simultaneously and easily control lamp bright/the Lighting control terminal of operation of going out, and be provided with the Lighting Control Assembly of described Lighting control terminal.

In addition, the invention provides and a kind ofly can extinguish the lamp in office, factory, shop or other position comprehensively and significantly reduce the power consumption of lamp and need not prepare to extinguish in a large number the Lighting control terminal of program one by one, and be provided with the Lighting Control Assembly of described Lighting control terminal.

According to a first aspect of the invention, a kind of Lighting control terminal is provided, comprises: the framework with the pivot extended along the longitudinal direction; Pivotally be attached to the operation cover of described framework, in order to rotate around described pivot; Be arranged on the switch-unit on the front surface of described operation cover, for lighting when being pressed or extinguishing lamp; Be arranged on the setting operation unit on the rear surface of described operation cover, for setting the setting-up time lighting or extinguish described lamp, described operation cover comprises and is arranged on lock part on surface thereafter so that described operation cover is remained on closure state; Be arranged on the display unit on the front surface of described framework, for showing the setting content set by described setting operation unit, described framework comprises setting locked part on its front surface with by described operation cover being remained on closure state with the joint of described lock part; Store the memory cell of the setting program set by described setting operation unit; And Terminal Control Element, for or press described switch-unit time, or when the current time indicated by the clock that is built in described Terminal Control Element is consistent with the described setting-up time of the described setting program be stored in described memory cell according to described setting program exports about described lamp bright/control signal operated of going out, wherein said display unit is arranged on corresponding on the described front surface operating the described framework of the rear surface of covering.

According to a second aspect of the invention, a kind of Lighting Control Assembly is provided, comprise Lighting control terminal as above and in response to the described control signal exported from described Lighting control terminal to control described lamp described bright/operation control unit of operation of going out.

According to a third aspect of the invention we, a kind of Lighting control terminal is provided, comprises: the framework with the pivot extended along the longitudinal direction, pivotally be attached to the operation cover of described framework, for rotating around described pivot, be arranged on the switch-unit on the front surface of described operation cover, for lighting when being pressed or extinguishing lamp, be arranged on the described rear surface operating cover described operation cover to be remained on the lock part of closure state, be arranged on the setting operation unit on the front surface of described framework, for setting the setting-up time lighting or extinguish described lamp, be arranged on the display unit on the front surface of described framework, for showing the setting content set by described setting operation unit, described framework comprises setting locked part on its front surface with by described operation cover being remained on closure state with the joint of described lock part, for storing the memory cell of the setting program set by described setting operation unit, and Terminal Control Element, for or press described switch-unit time, or when the current time indicated by the clock that is built in described Terminal Control Element is consistent with the described setting-up time of the described setting program be stored in described memory cell according to described setting program export about described lamp bright/control signal operated of going out, described setting program comprises the content in order to repeat to extinguish the whole of described lamp or some lamps during official hour section with predetermined time interval, wherein said display unit is arranged on the front surface of the described framework of the rear surface corresponding to described operation cover.

According to a forth aspect of the invention, provide a kind of Lighting Control Assembly, comprising: Lighting control terminal, described Lighting control terminal comprises: the framework with the pivot extended along the longitudinal direction; Pivotally be attached to the operation cover of described framework, for rotating around described pivot; Be arranged on the switch-unit on the front surface of described operation cover, for lighting when being pressed or extinguishing lamp, described operation cover comprises and is arranged on thereafter on the surface so that described operation cover is remained on the lock part of closure state; Be arranged on the setting operation unit on the front surface of described framework, for setting the setting-up time lighting or extinguish described lamp; Be arranged on the display unit on the front surface of described framework, for showing the setting content set by described setting operation unit, described framework comprises setting locked part on its front surface, with by described operation cover being remained on closure state with the joint of described lock part; For storing the memory cell of the setting program set by described setting operation unit; And Terminal Control Element, for or when pressing described switch-unit, or when the current time indicated by the clock that is built in described Terminal Control Element is consistent with the described setting-up time of the described setting program be stored in described memory cell according to described setting program export about described lamp bright/control signal operated of going out; And operation control unit, for control in response to the described control signal exported from described Lighting control terminal described lamp described bright/operation of going out, described setting program comprises the content in order to repeat to extinguish the whole of described lamp or some lamps during official hour section with predetermined time interval, and wherein said display unit is arranged on the front surface of the described framework of the rear surface corresponding to described operation cover.

According to above-mentioned aspect of the present invention, can provide a kind of have the installation region less than the installation region of traditional lighting control terminal simultaneously with effectively and the mode of being easy to guarantee for control lamp bright/switch-unit of operation of going out and the Lighting control terminal of setting, and be provided with the Lighting Control Assembly of described Lighting control terminal.

And, according to above-mentioned aspect of the present invention, there is provided a kind of and can extinguish the Lighting control terminal being positioned at office, factory, shop or the lamp of other position and the power consumption of remarkable reduction lamp when preparing one by one to extinguish program in a large number comprehensively, and be provided with the Lighting Control Assembly of described Lighting control terminal.

Accompanying drawing explanation

The following description of the embodiment provided in conjunction with the drawings, object of the present invention and feature will become obvious, in the accompanying drawings:

Fig. 1 is the explanatory diagram of the system configuration of the Lighting Control Assembly illustrated according to a first embodiment of the present invention;

Fig. 2 A to Fig. 2 D is the explanatory diagram that the corresponding relation between corresponding relation between the setting of lamp, lamp and address thereof, group and address thereof and the corresponding relation between guidance panel and group are shown, Fig. 2 A is the explanatory diagram of the setting describing lamp, Fig. 2 B is the explanatory diagram of the corresponding relation illustrated between lamp and address thereof, Fig. 2 C is the explanatory diagram of the corresponding relation illustrated between group and address thereof, and Fig. 2 D is the explanatory diagram of the corresponding relation between description operation panel and group;

Fig. 3 be illustrate its operation cover (handle cover) remain on closure state the external view of Lighting control terminal;

Fig. 4 illustrates that its operation cover remains on the external view of the Lighting control terminal of open mode;

Fig. 5 be illustrate with lamp bright/going out operates the explanatory diagram of the setting program be associated;

Fig. 6 is the square frame body figure of the configuration of the Lighting control terminal that the first embodiment is shown;

Fig. 7 is the flow chart of the process explaining new registration or change setting program under Timer modes;

The example of the screen picture that Fig. 8 is available before and after describing and change setting program under Timer modes, Fig. 8 (a) is screen picture available before changing 24 hours display type parameters of setting program, Fig. 8 (b) is screen picture available after changing 24 hours display type parameters of setting program, Fig. 8 (c) is changing the available screen picture of working day before display type parameter of setting program, and Fig. 8 (d) is at screen picture available after display type parameter on the working day changing setting program;

Fig. 9 is the flow chart of the process explaining new registration or change setting program under advance notice extends (forenotice extension) pattern;

The example of the screen picture that Figure 10 is available before and after describing and change setting program under advance notice prolongation pattern, Figure 10 (a) is available screen picture and Figure 10 (b) is screen picture available after changing the advance notice fall time before changing the advance notice fall time;

Figure 11 is the explanatory diagram that change relevant with the time under the illuminating state of lamp is described;

The example of the screen picture that Figure 12 is available before and after describing and change setting program under advance notice prolongation pattern, Figure 12 (a) be change light time expand before available screen picture and Figure 12 (b) be change light time expand after available screen picture;

Figure 13 is the explanatory diagram that change relevant with the time under the illuminating state of lamp is described;

Figure 14 is the explanatory diagram of the system configuration of the Lighting Control Assembly illustrated according to a second embodiment of the present invention;

Figure 15 A to 15D is the explanatory diagram that the corresponding relation between corresponding relation between the setting of lamp, lamp and address thereof, group and address thereof and the corresponding relation between guidance panel and group are shown, Figure 15 A is the explanatory diagram of the setting describing lamp, Figure 15 B is the explanatory diagram of the corresponding relation illustrated between lamp and address thereof, Figure 15 C is the explanatory diagram of the corresponding relation illustrated between group and address thereof, and Figure 15 D is the explanatory diagram of the corresponding relation between description operation panel and group;

Figure 16 illustrates that its operation cover remains on the external view of the Lighting control terminal of closure state;

Figure 17 illustrates that its operation cover remains on the external view of the Lighting control terminal of open mode;

Figure 18 is the explanatory diagram that display content is on the display unit described;

Figure 19 is the square frame body figure of the internal configurations of the Lighting control terminal that the second embodiment is shown;

Figure 20 A and 20B be illustrate as setting program extinguishing program and repeat the explanatory diagram of content of extinguishing program, Figure 20 A is the explanatory diagram of the content that extinguishing program is described and Figure 20 B is the explanatory diagram that explanation repeats the content of extinguishing program;

Figure 21 be illustrate as setting program extinguishing program and repeat the explanatory diagram of management example of extinguishing program;

Figure 22 is the flow chart of the process that the setting program (extinguishing program) changing a type in the Lighting control terminal of the second embodiment is described;

Figure 23 A and 23B describe change be used as the extinguishing program of setting program time can the example of screen picture, Figure 23 A illustrates how Land use models select button is selected Timer modes A and how to be selected the screen picture of the extinguishing program expected, Figure 23 B is the screen picture that the extinguishing program how setting expectation is shown;

Figure 24 A and 24B describe change be used as the extinguishing program of setting program time can the example of screen picture, Figure 24 A is the screen picture that the guidance panel how selecting control objectives and the expectation expected is shown, Figure 24 B illustrates the screen picture how setting the control objectives of expectation and the guidance panel of expectation;

Figure 25 A and 25B describe change be used as the extinguishing program of setting program time can the example of screen picture, Figure 25 A illustrates the screen picture how selecting the fall time expected, Figure 25 B is the screen picture that the fall time how setting expectation is shown;

Figure 26 A and 26B describe change be used as the extinguishing program of setting program time can the example of screen picture, Figure 26 A illustrates the screen picture how selecting the extinguishing date expected, Figure 26 B is the screen picture that the extinguishing date how setting expectation is shown;

Figure 27 is the flow chart that the process changing another setting program (repeating extinguishing program) in the Lighting control terminal of the second embodiment is described;

Figure 28 A and 28B describe change be used as the extinguishing program that repeats of setting program time can the example of screen picture, Figure 28 A illustrates that how the screen picture repeating extinguishing program of Timer modes B and expectation selected by using forestland select button and setting button, and Figure 28 B illustrates how repeating to select in extinguishing program and the screen picture at fall time interval that setting is expected;

Figure 29 A and 29B describe change be used as the extinguishing program that repeats of setting program time can the example of screen picture, Figure 29 A illustrates how at the screen picture repeating to select in extinguishing program the extinguishing time started expected, Figure 29 B illustrates how repeating to set in extinguishing program the screen picture of extinguishing time started of expectation;

Figure 30 A and 30B describe change be used as the extinguishing program that repeats of setting program time can the example of screen picture, Figure 30 A illustrates how at the screen picture repeating to select in extinguishing program the extinguishing end time expected, Figure 30 B illustrates how repeating to set in extinguishing program the screen picture of extinguishing end time of expectation;

Figure 31 be illustrate as setting program extinguishing program and repeat the explanatory diagram of management example of extinguishing program;

Figure 32 A and 32B describe change repeat extinguishing program time can the example of screen picture, Figure 32 A illustrates by pressing mode selecting button together and setting the screen picture that the state of Timer modes B selected by button, and Figure 32 B illustrates how to repeat to set the screen picture repeating fall time interval in extinguishing program;

Figure 33 A and 33B describe change repeat extinguishing program time can the example of screen picture, Figure 33 A illustrates how to repeat to select the screen picture about repeating the mark that fall time interval reduces in extinguishing program, and Figure 33 B illustrates how to repeat to set the effective screen picture of mark about repeating fall time interval reduction in extinguishing program;

Figure 34 A and 34B describe using forestland select button to select user model and change mark in the extinguishing program expected time can the example of screen picture, Figure 34 A illustrates the screen picture selecting extinguishing program and the mark expected how in the user mode, and Figure 34 B illustrates the screen picture how setting the mark selected thus;

Figure 35 is the explanatory diagram of the configuration that traditional lighting control system is shown; And

Figure 36 is the external view that traditional lighting control terminal is shown.

Embodiment

Below, with reference to the accompanying drawing forming a part of the present invention, embodiments of the invention are described.In the following description, upper and lower, the direction, left and right that are marked by the paper along Fig. 3 are defined as upper and lower, the direction, left and right of Lighting control terminal.And, be defined as forward direction by relative to the direction of advancing before the paper Vertical dimension in Fig. 3, will be defined as backward relative to the direction of advancing after the paper Vertical dimension of Fig. 3.At this, the term " extinguishing " (being sometimes referred to as " normally extinguishing ") below used refers in the normal fall time extinguishing specified as the lamp extinguishing control objectives.Term " advance notice extinguish " refers to for advance notice object, more Zao than the normal fall time (such as more Zao than the normal fall time five minutes) extinguish will by some lamps normally extinguished.

< first embodiment >

With reference to Fig. 1 to Fig. 2 D, the Lighting Control Assembly 100 comprising Lighting control terminal 14 according to the first embodiment is described.Lighting Control Assembly 100 shown in Fig. 1 control as Fig. 2 A explanation be arranged on office, factory, shop or other position lamp 1 to 8 bright/operation of going out.As shown in Figure 1, Lighting Control Assembly 100 comprises as the lamp 1 to 8 of control objectives, operation control unit 13, Lighting control terminal 14 and business AC power source AC1 and AC2.This business AC power source AC1 can be identical with business AC power source AC2.

(configuration of Lighting Control Assembly 100)

Depend on that the disconnection that is arranged on the contact of relay R y1 to the Ry8 in operation control unit 13 with lamp 1 to 8 one or closure state are lighted or extinguish lamp 1 to 8.Such as, if the contact of the relay R y1 corresponding with lamp 1 is in closure state, then lamp 1 is lighted.If the contact of the relay R y5 corresponding with lamp 5 is in off-state, then lamp 5 extinguishes.Lamp 1 to 8 is connected respectively by power line with relay R y to Ry8.

As can be seen from Figure 2B, the lamp 1 to 8 shown in Fig. 1 is given with its address.Fig. 2 B shows the corresponding relation between lamp 1 to 8 and address thereof.With reference to Fig. 2 B, address 1-1 to 1-4 is distributed to lamp 1 to 4 respectively and address 2-1 to 2-4 is distributed to lamp 5-8 respectively.Data shown in Fig. 2 B are stored in the transmission unit 9 (will describe below) of operation control unit 13.

In order to effectively perform lamp 1 to 8 bright/go out operation control, the address distributed thus is set as multiple groups.Fig. 2 C shows the corresponding relation between address and group.With reference to Fig. 2 C, address 1-1,1-2,1-3 and 1-4 are set as organize G1.Address 2-1,2-2,2-3 and 2-4 are set as organize G2.Address 1-2 and 1-4 is set as organize G3.Address 2-2 and 2-4 is set as organize G4.Data shown in Fig. 2 C are stored in the transmission unit 9 (will describe below) of operation control unit 13.

By use from business AC power source AC1 and AC2 supply electrical power as driving power source, operation control unit 13 is operated, and operation control unit 13 in response to exports from Lighting control terminal 14 control signal control lamp 1 to 8 bright/operation of going out.As shown in Figure 1, operation control unit 13 comprises transmission unit 9, terminal unit (T/U) 10a, terminal unit (T/U) 10b, Long-distance Control transformer 11 and multiple relay R y1 to Ry8.

In the following description, by be used for setting wherein multiple operating parameter with light at setting-up time or extinguish lamp and be used for making operation control unit 13 perform lamp bright/program of operation of going out is called " setting program ".

Transmission unit 9 operates as driving power source by using the electrical power of supplying from business AC power source AC1, and transmission unit 9 supplied with electric power is with operating terminal unit 10a or 10b.Export control signal from Lighting control terminal 14 and this control signal is input to transmission unit 9.This control signal at least comprise as that shown in fig. 2 c about the group belonging to lamp 1 to 8 type and light or extinguish the information of setting-up time of the lamp belonging to this group.Such as, as shown in Figure 2 D, the control signal exported from Lighting control terminal 14 be included in pressing as the switch-unit of Lighting control terminal 14 (see Fig. 3) guidance panel SW a with set transmission unit 9 in advance and light or the lamp 1 to 4 of extinguishing group G1 time, about group G1 type and to light or the information of setting-up time of lamp of extinguishing group G1.As shown in Figure 2 D, the control signal exported from Lighting control terminal 14 comprises, press as the switch-unit of Lighting control terminal 14 (see Fig. 3) guidance panel SW b with set transmission unit 9 in advance and light or the lamp 5 to 8 of extinguishing group G2 time, about group G2 type and to light or the information of setting-up time of lamp of extinguishing group G2.

In response to the control signal inputted thus, transmission unit 9 to terminal unit 10a or 10b export for control lamp 1 to 8 bright/go out operation signal.Transmission unit 9 and business AC power source AC1 are electrically connected to each other through power line.

Or by use from transmission unit 9 supply electrical power as driving power source, or by use from transmission unit 9 supply electrical power and carry out operating terminal unit 10a or 10b from both electrical power that Long-distance Control transformer 11 replenishes the supply as driving power source.The signal exported from transmission unit 9 is input to terminal unit 10a or 10b.In response to this signal, the operation of terminal unit 10a or 10b control relay Ry1 to Ry8.As shown in Figure 1, the operation of terminal unit 10a control relay Ry1, Ry2, Ry5 and Ry6, and the operation of terminal unit 10b control relay Ry3, Ry4, Ry7 and Ry8.Transmission unit 9 and terminal unit 10a or 10b are electrically connected to each other by power line.Terminal unit 10a and each relay R y1, Ry2, Ry5 and Ry6 are electrically connected to each other by power line.Terminal unit 10b and each relay R y3, Ry4, Ry7 and Ry8 are electrically connected to each other by power line.Terminal unit 10a or 10b and Long-distance Control transformer 11 are electrically connected to each other by power line.

Long-distance Control transformer 11 converts the voltage of the electrical power of supplying from commercial power source AC2 with the electrical power replenished the supply needed for driving terminal unit 10a or 10b.And Long-distance Control transformer 11 converts the voltage of the electrical power of supplying from business AC power source AC2 with the electrical power needed for the contact of replenish the supply disconnection and closing relay Ry1 to Ry8.As shown in Figure 1, Long-distance Control transformer 11 and relay R y1 to Ry8 are electrically connected to each other by power line.Equally, Long-distance Control transformer 11 and business AC power source AC2 are electrically connected to each other by power line.

Use the electrical power of supplying from AC power source (not shown) or use the electrical power of supplying from AC power source (not shown) and both the electrical power replenished the supply from Long-distance Control transformer 11, relay R y1 to Ry8 disconnects or its contact closed, thus control lamp 1 to 8 bright/operation of going out.In FIG, relay R y1 to Ry8 control respectively lamp 1 to 8 bright/operation of going out.

(configuration of Lighting control terminal 14)

Lighting control terminal 14 to the transmission unit 9 of operation control unit 13 export for control lamp 1 to 8 bright/control signal of operation of going out.The details of the outward appearance of Lighting control terminal 14 is now described with reference to Fig. 3 and Fig. 4.Fig. 3 illustrates that its operation cover remains on the external view of the Lighting control terminal 14 of the first embodiment of closure state.Fig. 4 illustrates that its operation cover remains on the external view of the Lighting control terminal 14 of the first embodiment of open mode.

As shown in Figure 3, Lighting control terminal 14 is visually arranged on the wall surface W of office, factory, shop or other position.The installation width (L) of Lighting control terminal 14 is much smaller than the installation width (Lz) of the traditional lighting control terminal 14z shown in Figure 36.Lighting control terminal 14 shown in Fig. 3 comprises the first operating unit A and the second operating unit B, and they share the very thin framework K being generally rectangle three-dimensional shape.Although the Lighting control terminal 14 shown in Fig. 3 comprises two the first operating units and the second operating unit, the present invention is not limited to this.

First operating unit at least comprises the operation cover HC1 of the very thin framework K being generally rectangle three-dimensional shape and the front surface being pivotally attached to framework K, rotates in order to the pivot J1 extended around the longitudinal direction along framework K.Fig. 3 shows the operation cover HC1 that zero degree rotates.As shown in Figure 3, guidance panel SW a is arranged on the front surface of operation cover HC1.LED 23 is arranged on the front surface of framework K.Referring again to Fig. 2 D, press time, guidance panel SW a export be used for control group G 1 lamp 1 to 4 bright/go out operation control signal.In a first embodiment, as shown in Figure 2 D, the group of the lamp will lighted or extinguish when being set in pressing operation panel SW a or SW b in advance in transmission unit 9.

LED 23 light of launching different colours with the lamp 1 to 4 of identification group G 1 bright/state of going out.The light LED 24 of elaboration being launched different colours below with the lamp 5 to 8 of identification group G2 bright/state of going out.Such as, LED 23 launches red light with the illuminating state of the lamp 1 to 4 of group of notifications G 1.LED 23 transmitting green light is with the OFF state of the lamp 1 to 4 of group of notifications G1.Similarly, LED 24 launches red light with the illuminating state of the lamp 5 to 8 of group of notifications G2.LED 24 transmitting green light is with the OFF state of the lamp 5 to 8 of group of notifications G2.

Similar with the first operating unit, the second operating unit at least comprises the operation cover HC2 of the very thin framework K being generally rectangle three-dimensional shape and the front surface being pivotally attached to framework K, rotates in order to the pivot J2 extended around the longitudinal direction along framework K.Fig. 3 shows the operation cover HC2 that zero degree rotates.As shown in Figure 3, guidance panel SW b is arranged on the front surface of operation cover HC2.LED 24 and communication unit 25 are arranged on the front surface of framework K.Communication unit 25 by infrared communication or other communications reception from setting communication equipment 50 (will be described later), i.e. exterior terminal, the setting program of input.As shown in Figure 5, setting program and lamp 1 to 8 bright/operation of going out is associated.

With reference to Fig. 5, setting program is described, Fig. 5 be illustrate with lamp bright/going out operates the explanatory diagram of the setting program be associated.Setting program shown in Fig. 5 comprise setting program the group of program number as control program number, lamp to be controlled, simultaneously light to be controlled group lamp lighting time, before the fall time of the lamp of to be controlled group for advance notice object extinguish some lamps in the lamp of to be controlled group the advance notice fall time, simultaneously extinguish to be controlled group lamp fall time and perform control date of above-mentioned control.

In the description carried out with reference to Fig. 5, suppose to be arranged on office, factory, shop or the group G 1 of other position and the lamp 1 to 8 of G2 is on Monday all lighted to the workaday 8:30 of Friday.Utilize the setting program of program number 1 as shown in Figure 5, the 12:00 on Monday to Friday extinguishes for advance notice order the lamp 2,4,6 and 8 belonging to group G3 and group G4.In this advance notice is extinguished, be not jointly extinguish whole lamp 1 to 8 at identical clock time, but extinguish some lamps in lamp 1 to 8, such as, extinguish the advance notice of lamp 2,4,6 and 8 as common extinguishing on the horizon.Utilize the setting program of program number 2, the 12:05 on Monday to Friday extinguishes the lamp 1 to 8 belonging to group G 1 and group G2 jointly.Owing to having extinguished lamp 2,4,6 and 8 by the setting program of program number 1, therefore in fact only extinguish lamp 1,3,5 and 7 in addition at 12:05.

Utilize the setting program of program number 3, the 18:00 on Monday to Friday extinguishes the lamp 2,4,6 and 8 belonging to group G3 and group G4 for advance notice object.Utilize the setting program of program number 4, the 18:05 on Monday to Friday extinguishes the lamp 5,6,7 and 8 belonging to group G2 jointly.Utilize the setting program of program number 5, the 23:00 on Monday to Friday extinguishes for advance notice object the lamp 2 and 4 belonging to group G3.Utilize the setting program of program number 6, the 23:05 on Monday to Friday extinguishes the lamp 1,2,3 and 4 belonging to group G1 jointly.Owing to having extinguished lamp 2 and 4 by the setting program of program number 5, therefore in fact only extinguish lamp 1 and 3 in addition at 23:05.For the setting program shown in Fig. 6, preferably, the advance notice fall time of lamp automatically can be set by setting the fall time of extinguishing lamp simultaneously.Alternatively, the advance notice fall time can be set separately according to the fall time.

Referring back to Fig. 3, when being arranged at the lock part KC1 (or KC2) on operation cover HC1 (or HC2) rear surface and engaging with the locked part HKC1 (or HKC2) on the front surface being positioned at framework K, operation cover HC1 (or HC2) keeps locking onto framework K.State operation cover HC1 as shown in Figure 3 being locked onto framework K is defined as the closure state of operation cover HC1.State operation cover HC2 being locked onto framework K is defined as the closure state of operation cover HC2.

Lock part KC1 (or KC2) is as shown in Figure 4 defined as the open mode of operation cover HC1 (or HC2) from the state that locked part HKC1 (or HKC2) throws off.Fig. 4 shows the operation cover HC1 (or HC2) revolving turnback.When operating cover HC1 and being in open mode, can find out, increase progressively button 26a, the button 27a that successively decreases, mode selecting button 28a, select button 29a and setting button 30a be arranged on the rear surface of operation cover HC1.Lock part KC1 is arranged on the rear surface of operation cover HC1, in order to operation cover HC1 is remained on closure state.

As shown in Figure 4, display unit 17 is arranged on the front surface of the framework K of the first operating unit.The screen of display unit 17 is mainly divided into mode display region 31a and setting content viewing area 32a.Mode display region 31a is for showing various mode type and specifying the region of the pattern of current selection.Normal mode is selected in the mode display region 31a shown in Fig. 4.Setting content viewing area 32a is the region for the corresponding content of the pattern shown with select in the 31a of mode display region.Such as, in the setting content viewing area 32a described in Fig. 4, showing current time is 9:30 in the morning.

Comprise describing the various mode types that normal mode, current time pattern, Timer modes and advance notice extend pattern now.Normal mode is that instruction Lighting Control Assembly 100 is in pattern in normal running, its eliminate current time pattern for setting current time, for set in order to light in the stipulated time or extinguish one of lamp 1 to 8 setting program Timer modes and extend pattern for setting the advance notice of lighting time expand or advance notice fall time.Current time pattern is the pattern of the current time for setting the internal clocking C3 (see Fig. 6) be built in Lighting control terminal 14.Timer modes is for new registration setting program as shown in Figure 5 or the pattern for changing the individual parameter in setting program.Advance notice prolongation pattern is for new registration setting program as shown in Figure 5 or the pattern for changing the parameters in setting program.

As shown in Figure 4, display unit 18 is arranged on the front surface of the framework K of the second operating unit.The screen of display unit 18 is mainly divided into mode display region 31b and setting content viewing area 32b.Mode display region 31b is for showing various mode type and specifying the region of the pattern of current selection.Advance notice prolongation pattern is selected in the mode display region 31b shown in Fig. 4.Setting content viewing area 32b is the region for the corresponding content of the pattern shown with select in the 31b of mode display region.Such as, the step of the advance notice fall time that display setting is corresponding with the setting program of program number 2 in the setting content viewing area 32a described in Fig. 4.

The all kinds of the button shown in Fig. 4 will be described now.Mode selecting button 28a (or 28b) is the button of one of them of normal mode, current time pattern, Timer modes and advance notice prolongation pattern for selecting to be shown in the mode display region 31a (or 31b) of display unit 17 (or 18).Select button 29a (or 29b) is for extending in the current time pattern selected by mode selecting button 28a (or 28b), Timer modes and advance notice the button selecting individual parameter in one of them of pattern.Increase progressively button 26a (or 26b) and the button 27a (27b) that successively decreases be current time pattern for making to be selected by mode selecting button 28a (or 28b), Timer modes and the advance notice value that extends the individual parameter of one of them of the pattern button that increases or reduce.Setting button 30a (or 30b) is the button for setting final independent (individual) parameter selected.

Next, describe the configuration of Lighting control terminal 14 in detail with reference to Fig. 6, Fig. 6 is the square frame body figure of the internal configurations of the Lighting control terminal 14 illustrated according to the first embodiment.Lighting control terminal 14 comprises Terminal Control Element 15, internal clocking C3, memory 16, display unit 17, display unit 18, switches set 19a, switches set 19b, input detection unit 20, LED 23, LED 24 and communication unit 25.Lighting control terminal 14 is operated as driving power source by using the electrical power of supplying from the transmission unit 9 of operation control unit 13.

Terminal Control Element 15 comprises microcomputer and controls the operation of the respective parts of Lighting control terminal 14.Internal clocking C3 indicates current time by carrying out counting to the clock pulse generated by clock circuit (not shown).Memory 16 stores the information that instruction is selected and pressed which switch in switches set 19a (or 19b).In response to the pressing signal exported by input detection unit 20 (will describe below), Terminal Control Element 15 generate for control lamp bright/go out operation control signal and this control signal is outputted to operation control unit 13.

Memory 16 is formed by the nonvolatile memory of such as EEPROM (Electrically Erasable Read Only Memory) etc. and is stored the operating parameter of setting program as shown in Figure 5, described operating parameter and lamp 1 to 8 bright/control operated of going out is associated.

Display unit 17 (or 18) is arranged on the front surface of the framework K of the first operating unit (or second operating unit).If have selected normal mode by pressing mode selecting button 28a (or 28b), then in display unit 17 (or 18), show the current time indicated by the internal clocking C3 of Terminal Control Element 15.When selecting current time pattern by pressing mode selecting button 28a (or 28b), with current time during flashing mode display pressing mode selecting button 28a (or 28b) and also in display unit 17 (or 18) display instruction can set current time sill strip (underbar) (not shown) can current time be set to make user.

If have selected Timer modes by pressing mode selecting button 28a (or 28b), then one of them and instruction of display setting program as shown in Figure 5 can set the sill strip (not shown) of the parameter (such as program number, group, execution and reservation) in shown setting program in the display unit 17 (or 18).If select advance notice prolongation pattern by pressing mode selecting button 28a (or 28b), then in display unit 17 (or 18), one of them and instruction of display setting program as shown in Figure 5 can set the sill strip (not shown) of the parameter (such as program number, group, advance notice fall time and the time expand of lighting) in shown setting program.

Switches set 19a (or 19b) comprises the interrupteur SW 0a (or SW 0b) corresponding with guidance panel SW a (or SW b), the open mode of instruction operation cover HC1 (or HC2) or the interrupteur SW 1a (or SW 1b) of closure state, the interrupteur SW 2a (or SW 2b) corresponding with increasing progressively button 26a (or 26b), the interrupteur SW 3a (or SW 3b) corresponding with the button 27a (or 27b) that successively decreases, the interrupteur SW 4a (or SW 4b) corresponding with mode selecting button 28a (or 28b), the interrupteur SW 5a (or SW 5b) corresponding with select button 29a (or 29b) and the interrupteur SW 6a (or SW 6b) corresponding with setting button 30a (or 30b).Switch in switches set 19a (or 19b) except interrupteur SW 1a (or SW 1b) exports the signal (being called " pressing signal " by such signal below) of its pressing operation of instruction to input detection unit 20 when being pressed at every turn.

In response to opening of operation cover HC1 (or HC2), interrupteur SW 1a (or SW 1b) exports the pressing signal of the disconnected state of its contact of instruction to input detection unit 20.Closing in response to operation cover HC1 (or HC2), interrupteur SW 1a (or SW 1b) exports the pressing signal of the logical state of its contact of instruction to input detection unit 20.

Input detection unit 20 monitors the operation of the respective switch of switches set 19a (or 19b), receives the pressing signal that exports from one of them switch of switches set 19a (or 19b) and this pressing signal is outputted to Terminal Control Element 15.The pressing signal exported from input detection unit 20 to Terminal Control Element 15 at least comprises the information of the type of the push switch about switches set 19a (or 19b).Based on the pressing signal exported from interrupteur SW 1a or SW 1b, input detection unit 20 detects open mode or the closure state of operation cover HC1 or HC2.Such as, if input the pressing signal of the logical state of indicating contacts from interrupteur SW 1a, then input detection unit 20 detects that operation cover HC1 is in the fact of open mode.If input the pressing signal of the disconnected state of indicating contacts from interrupteur SW 1b, then input detection unit 20 detects that operation cover HC2 is in the fact of closure state.

If Terminal Control Element 15 determines that the lamp 1 to 4 (or lamp 5 to 8 of group G2) organizing G1 is lit, then LED 23 (or 24) launches red light under the control of Terminal Control Element 15.If Terminal Control Element 15 determines that the lamp 1 to 4 (or lamp 5 to 8 of group G2) organizing G 1 is extinguished, then LED 23 (or 24) launches green light under the control of Terminal Control Element 15.If when the interrupteur SW 0a (or SW 0b) corresponding with guidance panel SW a (or SW b) is not in pressed state, namely when the lamp 1 to 4 (or lamp 5 to 8 of group G2) organizing G 1 keeps extinguishing, obtained the pressing signal exported when push switch SW 0a (or SW 0b) by input detection unit 20, then Terminal Control Element 15 determines that the lamp 1 to 4 (or lamp 5 to 8 of group G2) organizing G 1 is lit.Similarly, if when interrupteur SW 0a (or SW 0b) is in pressed state, namely when the lamp 1 to 4 (or lamp 5 to 8 of group G2) organizing G 1 keeps lighting, obtained the pressing signal exported when push switch SW 0a (or SW 0b) by input detection unit 20, then Terminal Control Element 15 determines that the lamp 1 to 4 (or lamp 5 to 8 of group G2) organizing G 1 is extinguished.

To receive the control signal about the new registration of the setting program shown in Fig. 5 on the front surface that communication unit 25 is arranged on the framework K of the second operating unit, this control signal is from setting communication equipment 50, i.e. exterior terminal, is transmitted by infrared communication or other communication.Control signal about the new registration of setting program comprises the individual parameter of the symbol (sign) of the new registration of setting program and the setting program from setting communication equipment 50 input.Described parameter at least comprise the group of lamp to be controlled and lamp to be performed bright/setting-up time of the control of operation of going out.If receive the control signal of the new registration about setting program from setting communication equipment 50, then communication unit 25 notification terminal control unit 15 has received the fact of control signal.When the notified communication unit 25 of Terminal Control Element 15 has received the fact of control signal of the new registration about setting program from setting communication equipment 50, Terminal Control Element 15 obtained setting program and made memory 16 store this setting program.

Next, be described in new registration under Timer modes with reference to Fig. 7 and Fig. 8 or change the process of setting program.Fig. 7 is the flow chart of the process explaining new registration or change setting program under Timer modes.The example of the screen picture that Fig. 8 is available before and after describing and change setting program under Timer modes.Fig. 8 (a) is screen picture available before changing 24 hours display type parameters of setting program.Fig. 8 (b) is screen picture available after changing 24 hours display type parameters of setting program.Fig. 8 (c) is changing the available screen picture of working day before display type parameter of setting program.Fig. 8 (d) is at screen picture available after display type parameter on the working day changing setting program.In the description carried out with reference to Fig. 7 to Fig. 8, suppose use first operating unit exemplarily.

With reference to Fig. 7, the input detection unit 20 of Lighting control terminal 14 detects operation cover HC1 and whether is in open mode (step S11).If detect that operation cover HC1 is in open mode (step S11 is yes), then along with the interrupteur SW 4a (see Fig. 6) corresponding with mode selecting button 28a is pressed stipulated number, Terminal Control Element 15 utilizes " Timer modes " (step S12) of sill strip 34a designated mode viewing area 31a.

If use sill strip 34a to specify " Timer modes " (step S12 is yes), then Terminal Control Element 15 makes the menu of display unit 17 Displaying timer device pattern in the 32a of setting content viewing area.If carry out by shown menu the input (step S13 is yes) of new registration indicating setting program, then setting is treated by various types of parameters of the setting program of new registration (group of such as lamp to be controlled and wait to be lit or to extinguish the setting-up time of lamp) (step S14).Based on the parameter set thus, Terminal Control Element 15 generates setting program and is stored in the memory 16 (step S19) by this setting program.Thus, the process shown in Fig. 7 terminates.

If undertaken by the menu being presented at the Timer modes in the 32a of setting content viewing area indicating the input changing setting program, then as shown in Fig. 8 (a) or 8 (c), Terminal Control Element 15 makes display unit 17 show in the 32a of setting content viewing area setting program as shown in Figure 5 one of them (step S15).The setting program shown thus can be that its program number is initially set to start the setting program be shown, or the earlier set program just just shown before.When showing this earlier set program, Terminal Control Element 15 can make memory 16 store the program number of this earlier set program and make display unit 17 show this setting program based on the program number of the earlier set program stored in the memory 16.

After display setting program shown in such as Fig. 8 (a) or 8 (c), operate the interrupteur SW 2a corresponding with increasing progressively button 26a, the interrupteur SW 3a corresponding with the button 27a that successively decreases, the interrupteur SW 5a corresponding with select button 29a and the interrupteur SW 6a corresponding with setting button 30a one of them with the parameter (step S16) making Terminal Control Element 15 can change setting program.The setting program (step S19) that Terminal Control Element 15 makes memory 16 store to change thus.Afterwards, the process shown in Fig. 7 terminates.

If detect that operation cover HC1 is not in open mode (step S11 is no) and if setting program is treated by new registration (step S17 is yes) in step s 11, then the control signal of the new registration about setting program sent by setting communication equipment 50 is input to the communication unit 25 (step S18 is yes) of Lighting control terminal 14.Communication unit 25 receives the control signal that inputs thus and notification terminal control unit 15 has received the fact of this control signal.When receiving communication unit 25 and having received the notice of signal of the new registration about setting program from setting communication equipment 50, Terminal Control Element 15 obtains setting program and makes memory 16 store this setting program (step S19).Thus, the process shown in Fig. 7 terminates.

Be described to the example shown in Fig. 8 (a) He Fig. 8 (b) now.As shown in Fig. 8 (a), when pressing the interrupteur SW 4a corresponding with mode selecting button 28a, Terminal Control Element 15 utilizes " Timer modes " of sill strip 34a designated mode viewing area 31a.Now, Terminal Control Element 15 makes the parameter " PGR3 " of display unit 17 setting program of initial display instruction program number 3 (PGR3) in the 32a of setting content viewing area.When selecting Timer modes from mode display region 31a, the setting program that initially shows can be any one of being undertaken setting by the setting of predefined.

When as Fig. 8 (a) be shown in the setting program of display routine number 3 in the 32a of setting content viewing area, Terminal Control Element 15 utilizes sill strip 35a that the parameter " PGR3 " shown in the 32a of setting content viewing area is appointed as major key (primary key).When by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a while sill strip 35a Selection parameter " PGR3 " or with the interrupteur SW 3a that the button 27a that successively decreases is corresponding, Terminal Control Element 15 makes display unit 17 show the setting program of the random procedure number corresponding with compression number.Such as, if by pressing the interrupteur SW 2a corresponding with increasing progressively button 26a once while sill strip 35a Selection parameter " PGR3 ", then show the setting program of the program number 4 corresponding with parameter " PGR 4 " in the 32a of setting content viewing area.

The setting program execution parameter of the program number 3 (PGR3) shown in for the setting content viewing area 32a shown in Fig. 8 (a) changes task, Terminal Control Element 15, by pressing the interrupteur SW 6a corresponding with setting button 30a while sill strip 35a Selection parameter " PGR3 ", utilizes sill strip 36a that the time period viewing area 33a in the 32a of setting content viewing area is appointed as major key.For this reason, in time period viewing area 33a display can by select in order to based on hour to change light or fall time section 24 hours display type parameters " 24 hours " and can be selected in order to light or the display type parameter on working day " 1 day " of fall time section based on changing working day.

If press once corresponding with increasing progressively button 26a interrupteur SW 2a or the interrupteur SW 3a corresponding with the button 27a that successively decreases while utilizing sill strip 36a fixed time section viewing area 33a, then sill strip 36a Selection parameter " 1 day " can be passed through.In the setting of predefined, by sill strip 36a Selection parameter " 24 hours " during beginning.Alternatively, sill strip 36a initial selected parameter " 1 day " can be passed through.As can be seen from Figure 5, the setting program of program number 3 is set as the lamp 2,4,6 and 8 of advance notice object at 18:00 extinguishing group G3 and G4.

As shown in Fig. 8 (a), if by the interrupteur SW 5a that pressing while sill strip 36a Selection parameter " 24 hours " is corresponding with select button 29a in the time period viewing area 33a of the setting program of program number 3 (PGR3), then Terminal Control Element 15 utilizes sill strip 37a that the parameter " 18:00 " of the fall time of instruction setting program is appointed as major key.When showing sill strip 37a in the 32a of setting content viewing area, by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a corresponding with the button 27a that successively decreases, the fall time can be changed arbitrarily.If the interrupteur SW 5a that pressing is corresponding with select button 29a after changing the fall time by push switch SW 2a or interrupteur SW 3a, then Terminal Control Element 15 utilizes sill strip 38a that the parameter " execution " of the setting program of instruction executive program number 3 is appointed as major key.In the setting of predefined, when starting by sill strip 38a Selection parameter " execution ".Alternatively, sill strip 38a initial selected parameter " reservation " can be passed through.

As shown in Fig. 8 (b), if carry out Selection parameter " reservation " by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a corresponding with the button 27a that successively decreases show sill strip 38a in the 32a of setting content viewing area while, then Terminal Control Element 15 removes sill strip 37a from setting content viewing area 32a.Parameter " reservation " shown in Fig. 8 (b) indicates the setting program of not executive program number 3.If as Fig. 8 (b) be shown in by the interrupteur SW 6a corresponding with setting button 30a of pressing while sill strip 38a Selection parameter " reservation ", then the not execution flag in the setting program of Terminal Control Element 15 additionally setting program number 3 and by setting program storage in the memory 16.

Be described to the example shown in Fig. 8 (c) He 8 (d) now.As shown in Fig. 8 (c), when pressing the interrupteur SW 4a corresponding with mode selecting button 28a, Terminal Control Element 15 utilizes " Timer modes " of sill strip 34a designated mode viewing area 31a.Now, Terminal Control Element 15 makes the parameter " PGR3 " of display unit 17 setting program of initial display instruction program number 3 (PGR3) in the 32a of setting content viewing area.When selecting Timer modes from mode display region 31a, the setting program that initially shows can be any one of being undertaken setting by the setting of predefined.

When as Fig. 8 (c) be shown in the setting program of display routine number 3 (PGR3) in the 32a of setting content viewing area, the parameter " PGR3 " that Terminal Control Element 15 utilizes sill strip 35a to specify in show in the 32a of setting content viewing area.The pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a corresponding with the button 27a that successively decreases while passing through sill strip 35a Selection parameter " PGR3 ", Terminal Control Element 15 makes display unit 17 show the setting program of the random procedure number corresponding with compression number.Such as, if by pressing once corresponding with increasing progressively button 26a interrupteur SW 2a while sill strip 35a Selection parameter " PGR3 ", then show the setting program of the program number 4 corresponding with parameter " PGR 4 " in the 32a of setting content viewing area.

When the setting program execution parameter for the program number 3 (PGR3) shown in the 32a of setting content viewing area shown in Fig. 8 (c) changes task, Terminal Control Element 15, when the interrupteur SW 6a corresponding with setting button 30a by pressing while sill strip 35a Selection parameter " PGR3 ", utilizes the time period viewing area 33a in sill strip 36a given settings content display region 32a.

Show sill strip 36a in time period viewing area 33a while, by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a corresponding with the button 27a that successively decreases, sill strip 36a Selection parameter " 24 hours " can be passed through.As can be seen from Figure 5, the setting program of program number 3 is set as the lamp 2,4,6 and 8 of advance notice object at 18:00 extinguishing group G3.

As shown in Fig. 8 (c), if by the interrupteur SW 5a that pressing while sill strip 36a Selection parameter " 1 day " is corresponding with select button 29a in the time period viewing area 33a of the setting program of the program number 3 (PGR3) shown in the 32a of setting content viewing area, then Terminal Control Element 15 utilizes sill strip 37a to specify the parameter " Monday-Friday " on the extinguishing control date of instruction setting program.By showing sill strip 37a in the 32a of setting content viewing area while, pressing the interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a corresponding with the button 27a that successively decreases, can change arbitrarily and extinguishing the control date.Such as, if once corresponding with the increasing progressively button 26a interrupteur SW 2a of pressing, then display parameters " Monday-Friday ".The parameter on working day depending on the compression number selectivity display increasing progressively button 26a or successively decrease button 27a can be set termly in advance.If changed by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a corresponding with the button 27a that successively decreases extinguishes control the date after pressed the interrupteur SW 5a corresponding with select button 29a, then Terminal Control Element 15 utilizes sill strip 38a appointment to indicate the parameter " execution " of the setting program of executive program number 3.

As shown in Fig. 8 (d), if by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a Selection parameter " reservation " corresponding with the button 27a that successively decreases show sill strip 38a in the 32a of setting content viewing area while, then Terminal Control Element 15 is removed sill strip 37a from setting content viewing area 32a and is extinguished and controls the date.Parameter " reservation " shown in Fig. 8 (d) indicates the setting program of not executive program number 3.If the interrupteur SW 6a that pressing is corresponding with setting button 30a while selecting the parameter shown in Fig. 8 (d) " reservation " by sill strip 38a, then Terminal Control Element 15 additionally sets not execution flag and by the storage of this setting program in the memory 16 in the setting program of program number 3.

Although not shown in Fig. 8 (a) to Fig. 8 (d), Terminal Control Element 15 can utilize the control objectives group of sill strip (not shown) given settings program to change control objectives group to enable user.In this case, by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a stipulated number corresponding with the button 27a that successively decreases, the control objectives group of setting program can be changed arbitrarily.

Next, be described in new registration under advance notice prolongation pattern with reference to Fig. 9 to Figure 13 or change the process of setting program.Fig. 9 is the flow chart of the process explaining new registration or change setting program under advance notice prolongation pattern.Figure 10 illustrates the example of screen picture available before and after predicting the advance notice fall time changing setting program under prolongation pattern, Figure 10 (a) describes screen picture available before changing the advance notice fall time, and Figure 10 (b) describes screen picture available after changing the advance notice fall time.Figure 11 is the explanatory diagram of the change relevant with the time of the illuminating state that lamp 1-8 is described.Figure 12 illustrate to change under advance notice prolongation pattern setting program light time expand before and after the example of available screen picture, Figure 12 (a) describes screen picture available before time expand is lighted in change, and Figure 12 (b) describes screen picture available after time expand is lighted in change.Figure 13 is the explanatory diagram of the change relevant with the time of the illuminating state that lamp 1-8 is described.With reference in the description of Fig. 9 to Figure 13, suppose use first operating unit exemplarily.

With reference to Fig. 9, the input detection unit 20 of Lighting control terminal 14 detects operation cover HC1 and whether is in open mode (step S21).If detect that operation cover HC1 is in open mode (step S21 is yes), then along with the interrupteur SW 4a (see Fig. 6) corresponding with mode selecting button 28a is pressed stipulated number, Terminal Control Element 15 utilizes " advance notice prolongation pattern " (the step S22) of sill strip 34a designated mode viewing area 31a.

If utilize sill strip 34a to specify " advance notice prolongation pattern " (step S22 is yes), then Terminal Control Element 15 makes display unit 17 in the 32a of setting content viewing area, show the menu of advance notice prolongation pattern.If carry out by shown menu the input (step S23 is yes) of new registration indicating setting program, then setting is treated by various types of parameters of the setting program of new registration (group of such as lamp to be controlled and wait to be lit or to extinguish the setting-up time of lamp) (step S24).Based on the parameter set thus, Terminal Control Element 15 generates setting program and is stored in the memory 16 (step S29) by this setting program.Thus, the process shown in Fig. 9 terminates.

If the menu being extended pattern by the advance notice shown in the 32a of setting content viewing area carries out indicating the input (step S23 is no) changing setting program, then as shown in Figure 10 (a) or Figure 12 (a), Terminal Control Element 15 makes display unit 17 show in the 32a of setting content viewing area setting program as shown in Figure 5 one of them (step S25).The program shown thus can be that its program number is initially set and will starts the setting program shown or the earlier set program just just shown before.When showing earlier set program, Terminal Control Element 15 can make memory 16 store the program number of this earlier set program and make display unit 17 show this setting program based on the program number of the earlier set program stored in the memory 16.

After display setting program shown in such as Figure 10 (a) or Figure 12 (a), operate the interrupteur SW 2a corresponding with increasing progressively button 26a, the interrupteur SW 3a corresponding with the button 27a that successively decreases, the interrupteur SW 5a corresponding with select button 29a and the interrupteur SW 6a corresponding with setting button 30a one of them with the parameter (step S26) making Terminal Control Element 15 can change setting program.The setting program (step S29) that Terminal Control Element 15 makes memory 16 store to change thus.Afterwards, the process shown in Fig. 9 terminates.

If detect that operation cover HC1 is not in open mode (step S21 is no) and if treat new registration setting program (step S27 is yes) in the step s 21, then the control signal of the new registration about setting program sent by setting communication equipment 50 is input to the communication unit 25 (step S28 is yes) of Lighting control terminal 14.Communication unit 25 receives the control signal that inputs thus and notification terminal control unit 15 has received the fact of this control signal.When receiving communication unit 25 and having received the notice of signal of the new registration about setting program from setting communication equipment 50, Terminal Control Element 15 obtains setting program and makes memory 16 store this setting program (step S29).Thus, the process shown in Fig. 9 terminates.

Be described to the example shown in Figure 10 (a) He Figure 10 (b) now.As shown in Figure 10 (a), when pressing the interrupteur SW 4a corresponding with mode selecting button 28a, Terminal Control Element 15 utilizes " the advance notice prolongation pattern " of sill strip 34a designated mode viewing area 31a.Now, Terminal Control Element 15 makes the parameter " PGR1 " of display unit 17 setting program of initial display instruction program number 1 (PGR1) in the 32a of setting content viewing area.When selecting advance notice prolongation pattern from mode display region 31a, the setting program that initially shows can be any one of being undertaken setting by the setting of predefined.

When as Figure 10 (a) be shown in the setting program of display routine number 1 (PGR1) in the 32a of setting content viewing area, Terminal Control Element 15 utilizes sill strip 35a that the parameter " PGR1 " shown in the 32a of setting content viewing area is appointed as major key.The pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a corresponding with the button 27a that successively decreases while passing through sill strip 35a Selection parameter " PGR1 ", Terminal Control Element 15 makes display unit 17 show the setting program of the random procedure number corresponding with compression number.Such as, if by pressing once corresponding with increasing progressively button 26a interrupteur SW 2a while sill strip 35a Selection parameter " PGR1 ", then show the setting program of the program number 2 corresponding with parameter " PGR 2 " in the 32a of setting content viewing area.

The setting program of the program number 1 shown in Figure 10 (a) is set as the lamp 2,4,6 and 8 of advance notice object at 12:00 extinguishing group G2, as shown in Figure 5.When the setting program execution parameter for the program number 1 (PGR1) shown in the setting content viewing area 32a shown in Figure 10 (a) changes task, Terminal Control Element 15, when the interrupteur SW 6a corresponding with setting button 30a by pressing while sill strip 35a Selection parameter " PGR3 ", utilizes sill strip 39a that the parameter shown in the 32a of setting content viewing area " advance notice fall time " is appointed as major key.If the sill strip 39a that utilizes illustrated by Figure 10 (a) specifies parameter " advance notice fall time ", then the Terminal Control Element 15 of Lighting control terminal 14 can advance notice fall time of setting program of reprogramming number 1.In a first embodiment, parameter " advance notice fall time " can be selected from "None", " early 5 minutes " and " early 10 minutes ".But, " fall time can be predicted " by setup parameter arbitrarily.

If press the interrupteur SW 5a corresponding with select button 29a while by sill strip 39a Selection parameter " advance notice fall time ", then illustrated by Figure 10 (b), Terminal Control Element 15 utilizes sill strip 40a to select the parameter of option " early 5 minutes " to be appointed as major key by one of the advance notice fall time of instruction setting program.By the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a corresponding with the button 27a that successively decreases while show sill strip 40a in the 32a of setting content viewing area, can Selection parameter "None", " early 5 minutes " and " 10 minutes morning " one of them as predicting the fall time.

When by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or with the corresponding interrupteur SW 3a of the button 27a that successively decreases by predict the fall time change to parameter " early 5 minutes " after press and set button 30a corresponding interrupteur SW 6a, Terminal Control Element 15 makes memory 16 store wherein will predict the fall time and be set as the setting program of the program number 1 of 11:55.

Although not shown in Figure 10 (a) and 10 (b), Terminal Control Element 15 can utilize the control objectives group of sill strip (not shown) given settings program to change control objectives group to enable user.In this case, by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a stipulated number corresponding with the button 27a that successively decreases, the control objectives group of setting program can be changed arbitrarily.

With reference to Figure 11 describe depend on as the setting program of the program number 1 of above-mentioned change and the setting program of program number 2 lamp 1 to 8 bright/change of time of going out.With reference to Figure 11, lamp 1 to 8 all keeps illuminating state (being called as " complete bright state "), until the advance notice fall time 11:55 of setting program new settings according to the program number 1 stored in the memory 16.If current time is consistent with the advance notice fall time 11:55 of the setting program of program number 1, then the Terminal Control Element 15 of Lighting control terminal 14 is according to the setting program of program number 1, exports the control signal of the lamp 2,4,6 and 8 be used for for advance notice object extinguishing group G3 and G4 to operation control unit 13.In response to this control signal, operation control unit 13 controls lamp 2,4,6 and 8 and can be extinguished (being called as " part illuminating state ") for advance notice object to make them.If current time is consistent with whole fall time 12:05 of the setting program of program number 2, then Terminal Control Element 15 exports the control signal of the whole lamps 1 to 8 for extinguishing group G 1 and G2 to operation control unit 13 according to the setting program of program number 2.In response to this control signal, operation control unit 13 controls lamp 1 to 8 and can all be extinguished (being called as " state of entirely going out ") to make them.

Be described to the example shown in Figure 12 (a) He Figure 12 (b) now.As shown in Figure 10 (a), when pressing the interrupteur SW 4a corresponding with mode selecting button 28a, Terminal Control Element 15 utilizes " the advance notice prolongation pattern " of sill strip 34a designated mode viewing area 31a.Now, Terminal Control Element 15 makes the parameter " PGR1 " of display unit 17 setting program of initial display instruction program number 1 (PGR1) in the 32a of setting content viewing area.When selecting advance notice prolongation pattern from mode display region 31a, the setting program that initially shows can be any one of being undertaken setting by the setting of predefined.

When as Figure 10 (a) be shown in the setting program of display routine number 1 (PGR1) in the 32a of setting content viewing area, the parameter " PGR1 " that Terminal Control Element 15 utilizes sill strip 35a to specify in show in the 32a of setting content viewing area.The pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a corresponding with the button 27a that successively decreases while passing through sill strip 35a Selection parameter " PGR1 ", Terminal Control Element 15 makes display unit 17 show the setting program of the random procedure number corresponding with compression number.Figure 12 (a) be illustrate Terminal Control Element 15 make display unit 17 show by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or with the button 27a that successively decreases corresponding interrupteur SW 3a stipulated number and the screen picture of the setting program of program number 6 that sets.

The setting program of the program number 6 shown in Figure 12 (a) is set to the lamp 1 to 4 at 23:05 extinguishing group G 1, as shown in Figure 5.

When for Figure 12 (a) be shown in the program number 6 (PGR6) shown in the 32a of setting content viewing area setting program execution parameter change task, when the interrupteur SW 6a corresponding with select button 30a by pressing while sill strip 35a Selection parameter " PGR6 ", Terminal Control Element 15 utilizes sill strip 41a that the parameter shown in the 32a of setting content viewing area " is lighted time expand " and is appointed as major key.If the sill strip 41a designated parameter that utilizes illustrated by Figure 12 (a) " lights time expand ", then Lighting control terminal 14 Terminal Control Element 15 can reprogramming number 6 setting program light time expand.In a first embodiment, parameter " is lighted time expand " and can be selected from " 30 minutes " and " 1 hour ".But, " time expand can be lighted " by setup parameter arbitrarily.

If the interrupteur SW 5a that pressing is corresponding with select button 29a while " lighting time expand " by sill strip 41a Selection parameter, then illustrated by Figure 12 (b), Terminal Control Element 15 utilizes sill strip 42a that the parameter " 30 minutes " lighting a selection option of time expand of instruction setting program is appointed as major key.By the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a corresponding with the button 27a that successively decreases while show sill strip 42a in the 32a of setting content viewing area, can one of them of Selection parameter " 30 minutes " and " 1 hour " as lighting time expand.

When will have been lighted by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a corresponding with the button 27a that successively decreases time expand change into parameter " 30 minutes " after press set button 30a, Terminal Control Element 15 makes memory 16 store wherein will light time expand and be set as the setting program of the program number 6 of 23:35.

Although not shown in Figure 12 (a) and 12 (b), Terminal Control Element 15 can utilize the control objectives group of sill strip (not shown) given settings program to change control objectives group to enable user.In this case, by the pressing interrupteur SW 2a corresponding with increasing progressively button 26a or the interrupteur SW 3a stipulated number corresponding with the button 27a that successively decreases, the control objectives group of setting program can be changed arbitrarily.

With reference to Figure 13 describe depend on as the setting program of the program number 5 of above-mentioned change and the setting program of program number 6 lamp 1 to 8 bright/change of time of going out.With reference to Figure 13, the lamp 1 to 4 of group G 1 keeps illuminating state (being called as " the complete bright state of G 1 "), until store the advance notice fall time 23:00 of setting in advance in the setting program of program number 5 in the memory 16, but the lamp 5 to 8 of group G2 keeps OFF state.If current time is consistent with the advance notice fall time 23:00 of the setting program of program number 5, then the Terminal Control Element 15 of Lighting control terminal 14 exports the control signal of the lamp 2 and 4 be used for for advance notice object extinguishing group G3 to operation control unit 13 according to the setting program of program number 5.In response to this control signal, operation control unit 13 controls lamp 2 and 4 and can be extinguished (being called as " G 1-G3 part illuminating state ") for advance notice object to make them.If current time is consistent with whole fall time 23:35 of the setting program of program number 6, then Terminal Control Element 15 exports the control signal of the whole lamps 1 to 4 for extinguishing group G 1 to operation control unit 13 according to the setting program of program number 6.In response to this control signal, operation control unit 13 controls lamp 1 to 4 and can all extinguish (being called as " state of entirely going out ") to make them.

As mentioned above, Lighting control terminal 14 according to a first embodiment of the present invention comprises framework K, this framework K is pivotally attached with operation cover HC1 (or HC2), and this operation cover rotates in order to the pivot J1 (or J2) extended around the longitudinal direction along framework K.Specifically, by for export about lamp 1 to 8 bright/the guidance panel SW a (or SW b) of control signal of operation of going out is arranged on the front surface of operation cover HC1 (or HC2).The rear surface of operation cover HC1 (or HC2) is provided with various types of button 26a to 30a (or 26b to 30b) using as the type for arranging lamp 1 to 8 and the setting operation unit of bright/time of going out, and for covering operating the lock part KC1 (or KC2) that HC1 (or HC2) remains on closure state.The front surface of framework K is provided with and treats for display the setting content that set by all kinds button 26a to 30a (or 26b to 30b) and for covering operating the locked part HKC1 (or HKC2) that HC1 (or HC2) remains on closure state by combining with lock part KC1 (or KC2).

Memory 16 and Terminal Control Element 15 is built-in with in framework K, this memory 16 is as the memory cell storing the setting program set by all kinds button 26a to 30a (26b to 30b), and Terminal Control Element 15 is provided with the internal clocking C3 as the clock being used to indicate current time.Terminal Control Element 15 is designed to pressing operation panel SW a (or SW b), or when the current time indicated by internal clocking C3 is consistent with the setting-up time storing setting program in the memory 16 according to setting program, export about lamp 1 to 8 bright/control signal of operation of going out.

Utilize the Lighting control terminal 14 according to the first embodiment, when operating cover HC1 (or HC2) and being in open mode, can by coming effectively through setting communication equipment 50 or through one of display unit 17 and all kinds button 26a to 30a (or display unit 18 and all kinds button 26b to 30b) pressing operation panel SW a and SW b and easily perform the setting waiting the lamp lighted or extinguish.When operating cover HC1 (or HC2) and being in closure state, spatially lamp 1 to 8 can be set as when the pressing operation panel SW a and SW b the operation of lighting or extinguishing much smaller than the installation region internal control of the installation region of traditional lighting control terminal 14z.

Setting program can comprise in order to jointly to extinguish whole in lamp 1 to 8 or the content of some at the setting-up time of regulation.In this case, Lighting control terminal 14 can according to setting program the setting-up time of regulation jointly extinguish whole in lamp 1 to 8 or some, and with whether pressing operation panel SW a or SW b is irrelevant.

Setting program can comprise the content of some in order to extinguish before the setting-up time of regulation in lamp 1 to 8.In this case, Lighting control terminal 14 can according to setting program some extinguishing in lamp 1 to 8 common before the setting-up time of regulation, and with whether pressing operation panel SW a or SW b has nothing to do.

Can be set as the fall time of setting operation unit to setting program by all kinds button 26a to 30a (or 26b to 30b).And, can the fall time be extended by using setting operation unit.In this case, the Lighting control terminal 14 of the first embodiment by using all kinds button 26a to 30a (or 26b to 30b), can set storage setting program in the memory 16 based on each concrete condition effectively.

The Lighting control terminal 14 of the first embodiment comprise as notify user's lamp 1 to 8 bright/LED 23 (or 24) of the notification unit of state of going out.The light (red light) that LED 23 (or 24) launches the first color launches the second color of light (green light) with the OFF state of notification light 5 to 8 with the illuminating state of notification light 1 to 4.By providing LED 23 (or 24), the Lighting control terminal 14 of the first embodiment can illustrate in an appropriate manner lamp 1 to 8 bright/state of going out.

< second embodiment >

(configuration of Lighting Control Assembly 100 ')

With reference to Figure 14 to 15D, the configuration comprising the Lighting Control Assembly 100 ' of the Lighting control terminal 14 ' as lighting switch according to the second embodiment is described.The basic configuration of the Lighting Control Assembly 100 ' of the second embodiment shown in Figure 14 is substantially identical with the configuration of the Lighting Control Assembly 100 of the first embodiment shown in Fig. 1.The difference of the Lighting Control Assembly 100 ' of the second embodiment and the Lighting Control Assembly 100 of the first embodiment is that Lighting Control Assembly 100 ' comprises the Lighting control terminal 14 ' replacing Lighting control terminal 14.Figure 15 A to 15D is the explanatory diagram that the corresponding relation between corresponding relation between the setting of lamp 1-8, lamp 1-8 and address thereof, group and address thereof and the corresponding relation between guidance panel and group are shown.The setting of the lamp shown in Figure 15 A to 15D and substantially identical shown in corresponding relation with Fig. 2 A to 2D.A difference is, as shown in fig. 15, the Lighting control terminal 14 ' of the Lighting Control Assembly 100 ' of the second embodiment comprises Lighting control terminal 14a and Lighting control terminal 14b.Another difference is guidance panel SW a ', SW b ', SW c ' and SW d ' and until lighting or corresponding relation (see Figure 15 D) between the group of lamp extinguished in pressing operation panel SW a ', SW b ', SW c ' and SW d ' time.Now the difference with the Lighting Control Assembly 100 of the first embodiment will be described.Similar Reference numeral will be provided and the description of will omit it for similar parts.And, because Lighting control terminal 14a has the configuration identical with Lighting control terminal 14b, therefore the following main configuration describing Lighting control terminal 14b and Lighting control lamp 1-4 carried out by this Lighting control terminal 14b, and omit the configuration of Lighting control terminal 14a and the description of Lighting control for controlling lamp 5-8.Further, the overall control when needed by using Lighting control terminal 14 ' to describe lamp 1-8.

With reference to Figure 15 A, Lighting control terminal 14b comprises guidance panel SW a ' as its switch-unit and SW b ', and Lighting control terminal 14a comprises guidance panel SW c ' as its switch-unit and SW d '.With reference to Figure 15 D, guidance panel SW a ', SW b ', SW c ' and SW d ' are described and until lighting or corresponding relation between the group of lamp extinguished in pressing operation panel SW a ', SW b ', SW c ' and SW d ' time.As can be seen from Figure 15 D, pressing operation panel SW a ' time light or extinguish belong to group G 1 lamp 1 to 4.Pressing operation panel SW b ' time light or extinguish belong to group G3 lamp 2 and 4.Pressing operation panel SW c ' time light or extinguish belong to group G2 lamp 5 to 8.Pressing operation panel SW d ' time light or extinguish belong to group G4 lamp 6 and 8.

Turn back to Figure 14, the Lighting control terminal 14 ' of present example exports control signal in two kinds of situations below.In a first scenario, if current time is consistent with the setting-up time of the setting program set by Lighting control terminal 14 ', then automatically control signal is exported from Lighting control terminal 14 '.In the latter case, if guidance panel SW a ', the SW b ' of user's Manual press Lighting control terminal 14 ', SW c ' or SW d ', then control signal is exported.In the description carried out below, setting program defined above comprises extinguishing program (see Figure 20 A) and repeats extinguishing program (see Figure 20 B).

When setting program be stored in advance communication unit 9 and Lighting control terminal 14 ' in the two, the control signal automatically exported at setting-up time in a first scenario comprises current time and wherein current time is used as the program number of setting program of setting-up time.If setting program is only stored in Lighting control terminal 14 ' in advance, then the control signal exported from Lighting control terminal 14 ' in a first scenario comprises current time and wherein current time is used as the individual parameter (see Figure 20 A and Figure 20 B) of setting program of setting-up time.

When setting program be stored in advance communication unit 9 and Lighting control terminal 14 ' in the two, the control signal that manually pressing operation exports in the latter case comprises current time and the information about guidance panel SW a ', the SW b ' of Manual press, the type of SW c ' or SW d '.If setting program is only stored in Lighting control terminal 14 ' in advance, the control signal then exported from Lighting control terminal 14 ' in the latter case comprises current time, wherein current time is used as the individual parameter (see Figure 20 A and Figure 20 B) of setting program of setting-up time, and about the information of guidance panel SW a ', the SW b ' of Manual press, the type of SW c ' or SW d '.

(configuration of Lighting control terminal 14 ')

Lighting control terminal 14 ' to the transmission unit 9 of operation control unit 13 export for control lamp 1 to 8 bright/control signal of operation of going out.The details of the outward appearance of Lighting control terminal 14b is described now with reference to Figure 16 and Figure 17.Figure 16 illustrates that its operation cover HC10 and HC20 remains on the external view of the Lighting control terminal 14b of the second embodiment of closure state.Figure 17 illustrates that its operation cover HC10 and HC20 remains on the external view of the Lighting control terminal 14b of the second embodiment of open mode.

As shown in figure 16, Lighting control terminal 14b is used as lighting switch and is visually arranged on the wall surface of office, factory, shop or other position.Lighting control terminal 14b comprises being arranged on and is generally first operating unit with roughly equal size on the very thin framework K10 of rectangle three-dimensional shape and the second operating unit.First operating unit comprises guidance panel SW a ' and the second reference unit comprises guidance panel SW b '.First operating unit and the second operating unit form the setting operation unit of Lighting control terminal 14b.

First operating unit at least comprises the very thin framework K10 being generally rectangle three-dimensional shape, with the pivot J10 extended along the longitudinal direction of framework K10 on the front surface being arranged on framework K10, and be pivotally attached to framework K10 with the operation cover HC10 rotated around pivot J10.Figure 16 illustrates and rotates zero degree and the operation cover HC10 remaining on closure state.As shown in figure 16, guidance panel SW a ' and label (nam e plate) surperficial NPa is arranged on the front surface of operation cover HC10.The front surface of operation cover HC10 is also provided with cut out portion 230g.Sign surface NPa can write the department name that the lamp 1 to 4 corresponding with guidance panel SW a ' indicate, the quantity of lamp 1 to 4 corresponding with guidance panel SW a ' or the blank parts of out of Memory wherein.Even if cut out portion 230g be when operating cover HC10 and remaining on closure state also can by its observe the LED 230 be arranged on the front surface of framework K10 bright/through hole of state of going out (will be described with reference to Figure 17 below).

Second operating unit at least comprises the very thin framework K10 being generally rectangle three-dimensional shape, with the pivot J20 extended along the longitudinal direction of framework K10 and be pivotally attached to framework K10 with the operation cover HC20 rotated around pivot J20 on the front surface being arranged on framework K10.As shown in figure 16, guidance panel SW b ' and sign surface NPb is arranged on the front surface of operation cover HC20.The front surface of operation cover HC20 is also provided with cut out portion 240g and 250g.Sign surface NPb can write the department name that the lamp 2 and 4 corresponding with guidance panel SW b ' indicate wherein, the quantity of lamp 2 and 4 corresponding with guidance panel SW b ' or the blank parts of out of Memory.Even if cut out portion 240g be when operating cover HC20 and remaining on closure state also can by its observe the LED 240 be arranged on the front surface of framework K10 bright/through hole of state of going out (will be described with reference to Figure 17 below).Cut out portion 250g makes communication unit 250 (will be described with reference to Figure 17 below) be in open mode or all exercisable through hole of closure state no matter operating cover HC20.

With reference to Figure 17, the rear surface of operation cover HC10 provides above-mentioned cut out portion 230g and for covering operating the lock part KC10 that HC10 remains on closure state by engaging with the locked part HKC10 on the front surface being arranged on framework K10.Figure 17 illustrates the operation cover HC10 revolving turnback.As shown in figure 17, the rear surface of operation cover HC20 provides above-mentioned cut out portion 240g and 250g and for covering operating the lock part KC20 that HC20 remains on closure state by engaging with the locked part HKC20 on the front surface being arranged on framework K10.

The closure state of operation cover HC10 (or HC20) is defined as in the state as shown in figure 16 operation cover HC10 (or HC20) being locked onto framework K by the joint of lock part KC10 (or KC20) and locked part HKC10 (or HKC20).The state that lock part KC10 (or KC20) as shown in figure 17 and locked part HKC10 (or HKC20) throw off is defined as the open mode operating and cover HC10 (or HC20).

As shown in figure 17, display unit 180 and LED 230 are arranged on the front surface of the framework K10 of the first operating unit.

With reference to Figure 18, the content on display unit 180 to be shown is described.The screen of display unit 180 is mainly divided into mode display region 180a and setting content viewing area 180c.

Mode display region 180a is for showing various types of pattern and specifying the region of the pattern of current selection.In the mode display region 180a shown in Figure 18, select " Timer modes " by model selection bar 180b.Now by comprising " normal mode ", all kinds pattern of " Timer modes " and " current time pattern " is described." normal mode " is the pattern that instruction Lighting control terminal 14b is in normal running, and it eliminates Timer modes and current time pattern." Timer modes " is provided for can change or browse setting in advance and the pattern being stored in the individual parameter of one or more program in Lighting control terminal 14b." current time pattern " is the pattern of the current time for setting the internal clocking C30 (see Figure 19) be built in Lighting control terminal 14b.

Setting content viewing area 180c is the region for the corresponding content of the pattern shown with select at mode display region 180a.Such as, if select " normal mode " in the 180a of mode display region, then the content based on the next pending setting program of current time can be shown in setting content viewing area 180.In this case, except the content of next pending setting program, in the 180e of setting-up time viewing area, current time can be shown further.If select " Timer modes " in the 180a of mode display region, then can show in the 180c of setting content viewing area by the operation of following independent button 260 to 300 content for the setting program changed or browse object and select.If select " current time pattern " in the 180a of mode display region, then in the setting-up time viewing area 180e of setting content viewing area 180c, show current time with flashing mode.

To describe setting content viewing area 180c in detail now.Setting content viewing area 180c comprises program number viewing area 180d, setting-up time viewing area 180e, object run panel display section 180f, setting viewing area 180g on working day and mark viewing area 180i.Program number viewing area 180d is the region for showing the program number (see Figure 20 A and 20B) for the setting program changed or browse object and select.In figure 18, display routine number " 4 " in program number viewing area 180d.Setting-up time viewing area 180e is the region for showing the setting-up time (see Figure 20 A and 20B) for the setting program changed or browse object and select.In figure 18, the display setting time " 19:00 " in the 180e of setting-up time viewing area.Object run panel display section 180f is for the region by showing the type (see Figure 20 A and 20B) of the guidance panel be associated with lamp to be extinguished for the setting program difference changed or browse object and select.In figure 18, in the 180f of object run panel display section, show the guidance panel " SW a ' " of the type as guidance panel.Setting viewing area 180g on working day is the region wherein utilizing selector bar 180b difference on working day to specify the execution date (see Figure 20 A and 20B) for the setting program changed or browse object and select.With reference to Figure 18, have made to order as " Monday ", " Tuesday ", " Wednesday " of execution date, " Thursday " and " Friday " at setting viewing area 180g middle finger on working day.Due to the execution date that " Saturday " and " Sunday " is not setting program, therefore they do not use working day selector bar 180h to specify.Finally, marking viewing area 180i is for showing the content indicating whether the mark performed for the setting program (see Figure 20 A and 20B) changed or browse object and select.In figure 18, the engineering noise not performing setting program is indicated to be presented in mark viewing area 180i.When performing setting program, in mark viewing area 180i, show " effectively " but not engineering noise.

Turn back to Figure 17, if if the guidance panel SW a ' of pressing the first operating unit or export control signal for extinguishing the lamp 1 to 4 corresponding with guidance panel SW a ' from Lighting control terminal 14b at setting-up time, then LED 230 utilizing emitted light with distinguish notification light 1 to 4 bright/state of going out.Such as, LED 230 launches red light with the illuminating state of the lamp 1 to 4 of group of notifications G 1 or transmitting green light with the OFF state of notification light 1 to 4.

As shown in figure 17, on the front surface of the framework K10 of the second operating unit arrange increase progressively button 260, the button 270 that successively decreases, mode selecting button 280, return push-button 290 and setting button 300.These buttons will be described in detail.Mode selecting button 280 is for changing the pattern of being specified by model selection bar 180b when being pressed to select the button of one of them of normal mode, Timer modes and current time pattern.Return push-button 290 is for such as being selected the button of setting item of the independent operating parameter returning the setting program selected under Timer modes during Timer modes by mode selecting button 280.Such as, when setting working day after setting program number and setting-up time, return push-button 290 can be pressed to change setting-up time.Increase progressively button 260 and the button 270 that successively decreases is the independent operating parameter of one of them for increasing or reduce current time pattern and Timer modes when being selected current time pattern or Timer modes by mode selecting button 280 and the button for the numeral that increases or reduce the current time that can change under current time pattern when selecting current time pattern.Setting button 300 is buttons of the independent operating parameter for setting above-mentioned selection.

Referring again to Figure 17, the front surface of the framework K10 of the second operating unit arranges LED 240 and communication unit 250 and various types of button 260 to 300.

If if the guidance panel SW b ' of pressing the second operating unit or export control signal for extinguishing the lamp 2 and 4 corresponding with guidance panel SW b ' from Lighting control terminal 14b at setting-up time, then LED 240 utilizing emitted light with distinguish notification light 2 and 4 bright/state of going out.Such as, LED 240 launches red light with the illuminating state of the lamp 2 and 4 of group of notifications G3 or transmitting green light with the OFF state of the lamp 2 and 4 of group of notifications G3.

Communication unit 250 through infrared communication or other communications reception from setting communication equipment 50 (see Figure 19), i.e. exterior terminal, the setting program of input.

Next, describe the configuration of Lighting control terminal 14b in detail with reference to Figure 19, Figure 19 is the square frame body figure of the internal configurations of the Lighting control terminal 14b illustrated according to the second embodiment.Lighting control terminal 14b comprises Terminal Control Element 150, internal clocking C30, memory 160, display unit 180, switches set 190, input detection unit 200, LED 230, LED 240 and communication unit 250.Lighting control terminal 14b is operated as driving power source by using the electrical power of supplying from the transmission unit 9 of operation control unit 13.

Terminal Control Element 150 is formed by M PU (microprocessing unit) and controls the operation of the respective parts of Lighting control terminal 14b.Internal clocking C30 indicates current time by carrying out counting to the clock pulse generated by clock circuit (not shown).Memory 160 stores the information of which switch in instruction selection and push switch group 190.In response to the pressing signal (will be described later) exported by input detection unit 200, Terminal Control Element 150 generate for control lamp bright/go out operation control signal and this control signal is outputted to operation control unit 13.

Memory 160 formed by the nonvolatile memory of such as EEPROM lamp etc. and store as seen in figs. 2 oa and 2 ob control the operating parameter of the setting program be associated with the extinguishing of lamp 1 to 8.The operating parameter of setting program is described now with reference to Figure 20 A and 20B.As previously mentioned, the setting program adopted in a second embodiment is mainly divided into " extinguishing program " and " repeating extinguishing program ".Figure 20 A illustrates extinguishing program PRa and Figure 20 B explanation repeats extinguishing program PRb.Further, the extinguishing program PRa of group G1 and G3 only shown in Figure 20 A, and organize G 1 and G2 repeat extinguishing program PRb only shown in Figure 20 B.

Each shown in Figure 20 A is extinguished program PRa and is comprised the program number of concise and to the point description below, control objectives, advance notice fall time, advance notice extinguishing period (minute), fall time, control date, guidance panel and mark.

" program number " refers to the ID (or identification number) that each extinguishes program PRa." control objectives " refers to the group of the control objectives lamp normally extinguished according to each extinguishing program PRa by program Number Reorganization or extinguish for advance notice object." advance notice fall time " refers to and earlier extinguishes the time according to some lamps in the control objectives lamp of each extinguishing program PRa extinguishing than its fall time for advance notice object.The time of implementation is extinguished in the advance notice that " period is extinguished in advance notice " refers to timing from the advance notice fall time of the control objectives lamp by extinguishing program PRa extinguishing according to each." fall time " refers to the common time of extinguishing extinguishing whole control objectives lamps that program PRa extinguishes according to each." control the date " and refer to the date performing each extinguishing program PRa." guidance panel " refers to the type can manually being lighted or extinguish the guidance panel by extinguishing the control objectives lamp that program PRa extinguishes according to each by it.Finally, " mark " indicates whether that performing each extinguishes program PRa.Such as, if mark is " effectively ", then the extinguishing program PRa with such mark is performed.If mark is engineering noise, then do not perform the extinguishing program PRa with such mark.

Be described to the extinguishing program PRa shown in Figure 20 A now.With reference to Figure 20 A, the extinguishing program PRa of program number 1 to indicate for advance notice object on Monday to the lamp 2 and 4 of extinguishing group G3 between 11:55 and 12:00 of Friday and further instruction to utilize guidance panel SW b ' manually to light or the lamp 2 and 4 of extinguishing group G3.The extinguishing program PRa of program number 2 indicates the lamp 1 to 4 at 12:00 normally extinguishing group G 1 from Monday to Friday and further instruction can utilize guidance panel SW a ' manually to light or the lamp 1 to 4 of extinguishing group G 1.The extinguishing program PRa of program number 3 indicates for the lamp 2 and 4 predicting extinguishing group G3 between object 17:55 and 18:00 from Monday to Friday and further instruction can utilize guidance panel SW b ' manually to light or the lamp 2 and 4 of extinguishing group G3.The extinguishing program PRa of program number 4 indicates the lamp 1 to 4 of 18:00 normally extinguishing group G 1 from Monday to Friday and further instruction can utilize guidance panel SW a ' manually to light or the lamp 1 to 4 of extinguishing group G 1.The extinguishing program PRa of program number 5 to indicate for advance notice object on Monday to the lamp 2 and 4 of extinguishing group G3 between 18:55 and 19:00 of Friday and further instruction to utilize guidance panel SW b ' manually to light or the lamp 2 and 4 of extinguishing group G3.The extinguishing program PRa of program number 6 indicates the lamp 1 to 4 at 19:00 normally extinguishing group G1 from Monday to Friday and further instruction can utilize guidance panel SW a ' manually to light or the lamp 1 to 4 of extinguishing group G 1.The extinguishing program PRa of program number 7 indicates for the lamp 2 and 4 predicting extinguishing group G3 between object 19:55 and 20:00 from Monday to Friday and further instruction can utilize guidance panel SW b ' manually to light or the lamp 2 and 4 of extinguishing group G3.The extinguishing program PRa of program number 8 indicates the lamp 1 to 4 of 20:00 normally extinguishing group G 1 from Monday to Friday and further instruction can utilize guidance panel SW a ' manually to light or the lamp 1 to 4 of extinguishing group G 1.

Each shown in Figure 20 B repeat extinguishing program PRb comprise will be briefly described below program number, control objectives, repeat to extinguish the time started, repeat to extinguish end time, fall time interval (minute), control date and mark.

" program number " refers to each ID repeating extinguishing program PRb (or identification number)." control objectives " refers to according to the group being repeated the control objectives lamp that extinguishing program PRb normally extinguishes by each of program Number Reorganization." repeat to extinguish the time started " the fall time interval referring to specify to repeat to extinguish and will repeat the time started that extinguishing program PRb normally extinguishes the time period of control objectives lamp according to each." repeat to extinguish the end time " the fall time interval referring to specify to repeat to extinguish and will repeat the end time that extinguishing program PRb normally extinguishes the time period of control objectives lamp according to each." fall time interval " refers to repetition and normally extinguishes the time interval repeating the control objectives lamp that extinguishing program PRb normally extinguishes according to each.Repeating to extinguish the time started and during repeating to extinguish the time period between the end time, repeat at each time point determined by this fall time interval and normally extinguish control objectives lamp." control date " refers to and performs the date that each repeats extinguishing program PRb.Finally, " mark " indicates whether that performing each repeats extinguishing program PRb.Such as, if mark is " effectively ", then what execution had such mark repeats extinguishing program PRb.If mark is engineering noise, then do not perform there is such mark repeat extinguishing program PRb.

Be described to the extinguishing program PRb that repeats shown in Figure 20 B now.With reference to Figure 20 B, the extinguishing program PRb that repeats of program number 1 indicates repeat and the lamp 5 to 8 of normally extinguishing group G2 for every 60 minutes between Saturday and 17:55 and 05:00 on Sunday.But, due to its mark be invalid and do not perform this program number 1 repeat extinguishing program PRb.The extinguishing program PRb that repeats of program number 2 indicates repeat and the lamp 1 to 4 of normally extinguishing group G 1 for every 60 minutes between 18:00 and 23:00 from Monday to Friday.The extinguishing program PRb that repeats of program number 3 indicates repeat and the lamp 5 to 8 of normally extinguishing group G2 between 19:00 and 22:00 from Monday to Friday every 30 minutes.

Turn back to Figure 19, display unit 18 is such as formed by LCD (liquid crystal display) and is arranged on the front surface of the framework K10 of the first operating unit, as found out in fig. 17.Display unit 180 is configured to show the content corresponding with passing through to press pattern that aforesaid mode selecting button 280 selects.If have selected normal mode, then display unit 180 shows the content of the setting program that next will perform based on current time, and the current time indicated by the internal clocking C30 of Terminal Control Element 150.If have selected current time pattern, then display unit 180 can set current time with flashing mode display current time to make user.If have selected Timer modes, then display unit 180 shows the setting program (namely extinguish program PRa or repeat extinguishing program PRb) selected by pressing various types of button 260 to 300.

Switches set 190 comprise the interrupteur SW a1 corresponding with guidance panel SW a ', with corresponding interrupteur SW b1, the interrupteur SW ak of guidance panel SW b ', interrupteur SW bk, with increase progressively the corresponding interrupteur SW of button 260 26, the interrupteur SW 27 corresponding with the button 270 that successively decreases, the interrupteur SW 28 corresponding with mode selecting button 280, the interrupteur SW 29 corresponding with return push-button 290 and the interrupteur SW 30 corresponding with setting button 300.Each switch of switches set 190 is selected each and export the signal (following, to be called " pressing signal " by such signal) indicating its pressing operation when the pressing guidance panel corresponding with this switch or button to input detection unit 20.Such as in framework K10 be arranged on the first operating unit framework K10 front surface on locked part HKC10 adjacent relation interrupteur SW ak is provided.Only when the closure state operating cover HC10 guaranteed by the joint by lock part KC10 and locked part HKC10, interrupteur SW ak just exports the pressing signal of the closure state of instruction operation cover HC10 to input detection unit 200.Therefore, if operation cover HC10 is in open mode, interrupteur SW ak does not export any pressing signal to input detection unit 200.Similarly, such as in framework K10 be arranged on the second operating unit framework K10 front surface on locked part HKC20 adjacent relation interrupteur SW bk is provided.Only when the closure state operating cover HC20 guaranteed by the joint by lock part KC20 and locked part HKC20, interrupteur SW bk just exports the pressing signal of the closure state of instruction operation cover HC20 to input detection unit 200.Therefore, if operation cover HC20 is in open mode, interrupteur SW bk does not export any pressing signal to input detection unit 200.

Input detection unit 200 monitors the operation of the respective switch of switches set 190, receives the pressing signal that exports from one of switch of switches set 190 and this pressing signal is outputted to Terminal Control Element 150.The pressing signal outputting to Terminal Control Element 150 from input detection unit 200 at least comprises the type being pressed switch of switches set.In response to the pressing signal exported from interrupteur SW ak or SW bk, input detection unit 200 detects open mode or the closure state of operation cover HC10 or HC20.

If Terminal Control Element 150 determines that the lamp 1 to 4 organizing G 1 is lighted, then LED 230 launches red light under the control of Terminal Control Element 150.If Terminal Control Element 150 determines that the lamp 1 to 4 organizing G1 extinguishes, then LED 230 launches green light under the control of Terminal Control Element 150.If there is no the pressing interrupteur SW a1 corresponding with guidance panel SW a ' and while the lamp 1 to 4 of maintenance group G 1 extinguishes, obtain the pressing signal exported at push switch SW a1 through input detection unit 200, then Terminal Control Element 150 determines that the lamp 1 to 4 organizing G 1 is lighted.Similarly, if push switch SW a1 with light group G 1 lamp 1 to 4 while obtain through input detection unit 200 the pressing signal exported at push switch SW a1, then Terminal Control Element 150 determine organize G 1 lamp 1 to 4 extinguish.

If Terminal Control Element 150 determines that the lamp 2 and 4 organizing G3 is lighted, then LED 240 launches red light under the control of Terminal Control Element 150.If Terminal Control Element 150 determines that the lamp 2 and 4 organizing G3 extinguishes, then LED 240 launches green light under the control of Terminal Control Element 150.If there is no the pressing interrupteur SW b1 corresponding with guidance panel SW b ' and while the lamp 2 and 4 of maintenance group G3 extinguishes, obtain the pressing signal exported at push switch SW b1 through input detection unit 200, then Terminal Control Element 150 determines that the lamp 2 and 4 organizing G3 is lighted.Similarly, if push switch SW b1 with light group G3 lamp 2 and 4 while obtain through input detection unit 200 the pressing signal exported at push switch SW b1, then Terminal Control Element 150 determine organize G3 lamp 2 and 4 extinguish.

Communication unit 250 is arranged on the front surface of the framework K10 of the second operating unit, to receive the control signal about the new registration of setting program as seen in figs. 2 oa and 2 ob, described control signal communicates from setting communication equipment 50, i.e. exterior terminal through infrared communication or other, transmits.Control signal about the new registration of setting program comprises the independent operating parameter of the symbol of the new registration of setting program and the setting program from setting communication equipment 50 input.Operating parameter at least comprises the group of control objectives lamp, pending normal extinguishing and predicts the setting-up time and control date that extinguish.If receive the control signal of the new registration about setting program from setting communication equipment 50, then communication unit 250 notification terminal control unit 150 has received the fact of control signal.When the notified communication unit 250 of Terminal Control Element 150 has received the fact of control signal of the new registration about setting program from setting communication equipment 50, Terminal Control Element 150 obtained setting program and made memory 160 store this setting program.

(operation of Lighting control terminal 14b: change or upgrade extinguishing program PRa)

Next, the process of setting program (extinguishing program PRa) is changed under being described in Timer modes with reference to Figure 21 to Figure 26 B.Figure 21 is the explanatory diagram of management example extinguishing program PRa in office or other position being shown and repeating extinguishing program PRb.Figure 22 is the flow chart that the process changing setting program (extinguishing program PRa) in the Timer modes A (will be described later) of the Lighting control terminal 14b of the second embodiment is described.Figure 23 A to 26B to describe when changing extinguishing program PRa can the example of screen picture.Specifically, Figure 23 A illustrates how Land use models select button 230 is selected Timer modes A and how to be selected the screen picture of the extinguishing program PRa expected.Figure 23 B is the screen picture that the extinguishing program PRa how setting expectation is shown.Figure 24 A is the screen picture that the guidance panel how selecting control objectives and the expectation expected is shown.Figure 24 B illustrates the screen picture how setting the control objectives of expectation and the guidance panel of expectation.Figure 25 A illustrates the screen picture how selecting the fall time expected.Figure 25 B is the screen picture that the fall time how setting expectation is shown.Figure 26 A illustrates the screen picture how selecting the extinguishing date expected.Figure 26 B is the screen picture that the extinguishing date how setting expectation is shown.

With reference to Figure 21, suppose that user manually extinguishes lamp by the independent switch of pressing (not shown).Because the extinguishing program that repeats of the program number 2 shown in Figure 21 B is effective, as shown in Figure 21, every lamp 1 to 4 repeating extinguishing group G 1 for 60 minutes between 18:00 and 23:00.In description below about the flow chart shown in Figure 22, suppose that the input detection unit 20 of Lighting control terminal 14b has detected the open mode of operation cover HC10 and HC20.

With reference to Figure 22, Terminal Control Element 150 determines whether the pressing signal behavior passing through in response to the pressing operation of mode selecting button 280 to export from interrupteur SW 28 Timer modes A (step S110).Timer modes A is the pattern changing extinguishing program PRa for the flow chart according to Figure 22.In the Lighting control terminal 14b of the second embodiment, proceeded to the conversion of Timer modes A by pressing mode selecting button 280.

If determine the conversion (step S110 is yes) by having carried out to Timer modes A to the pressing interrupteur SW 28 corresponding with select button 280, then Terminal Control Element 150 make display unit 180 in the 180c of setting content viewing area indication example as the operating parameter of the extinguishing program PRa of program number 1.The pressing operation of mode selecting button 280 is corresponding with the finger manipulation 1 illustrated by Figure 23 A.And Terminal Control Element 150 keeps program number, one of them variable (the step S120) of the operating parameter namely shown in the 180c of setting content viewing area.

The content of the operating parameter shown in the 180c of setting content viewing area when being transformed into Timer modes A can be the content of its operating parameter prior reformed extinguishing program PRa.In this case, the program number of the extinguishing program PRa changed in advance is stored in memory 160.Afterwards, when being transformed into Timer modes A, the operating parameter of this extinguishing program PRa that display is corresponding with the program number be stored in memory 160 in the setting content viewing area 180c of display unit 180.

Terminal Control Element 150 determines whether in response to increasing progressively button 260 or the pressing operation of the button 270 that successively decreases, the program number and whether in response to the pressing operation of setting button 300 by the pressing signal behavior that exports from interrupteur SW 26 or SW 27, the program number (step S130) selected by by the pressing signal sets that exports from interrupteur SW 30.If determine to select and set program number (step S130 is yes), then Terminal Control Element 150 makes display unit 180 in the 180c of setting content viewing area, show the operating parameter of the extinguishing program PRa of set program number.Forward the pressing operation increasing progressively button 260 or successively decrease button 270 to, the pressing operation such as increasing progressively button 260 is corresponding with the finger manipulation 2 shown in Figure 23 A.The pressing operation of setting button 300 is corresponding with the finger manipulation 3 shown in Figure 23 B.In addition, Terminal Control Element 150 remains on the certain operations parameter shown in the 180c of setting content viewing area, i.e. control objectives and guidance panel variable (step S140).As shown in figure 15d, by the relation of transmission unit 9 in advance between setup control target group and guidance panel of operation control unit 13.

Terminal Control Element 150 determines whether in response to increasing progressively button 260 or the pressing operation of the button 270 that successively decreases, have selected control objectives and guidance panel by the pressing signal exported from interrupteur SW 26 or SW 27 and whether in response to the pressing operation of setting button 300, set selected control objectives and selected guidance panel (step S150) by the pressing signal exported from interrupteur SW 30.If determine also not select and setup control target and guidance panel (step S150 is no), then under Timer modes A, do not change extinguishing program PRa but only by user for browsing object or watching for other object.Thus, the flow process illustrated by Figure 22 terminates.Such as when at least one operation in cover HC10 and HC20 is closed by user, step S150 is no.

Comparatively speaking, if determine to select and set control objectives and guidance panel (step S150 is yes), then Terminal Control Element 150 makes display unit 180 show set control objectives and set guidance panel in the 180c of setting content viewing area.Forward the pressing operation increasing progressively button 260 or successively decrease button 270 to, the pressing operation such as increasing progressively button 260 is corresponding with the finger manipulation 4 shown in Figure 24 A.The pressing operation of setting button 300 is corresponding with the finger manipulation 5 shown in Figure 24 B.In addition, Terminal Control Element 150 keeps setting-up time (or fall time), one of them variable (the step S160) of the operating parameter namely shown in the 180c of setting content viewing area.

Terminal Control Element 150 determines whether in response to increasing progressively button 260 or the pressing operation of the button 270 that successively decreases, have selected setting-up time by the pressing signal exported from interrupteur SW 26 or SW 27 and whether by the pressing operation in response to setting button 300, set selected setting-up time (step S170) by the pressing signal exported from interrupteur SW 30.If determine also not select and set this setting-up time (step S170 is no), then under Timer modes A, do not change extinguishing program PRa but only by user for browsing object or watching for other object.Thus, the flow process illustrated by Figure 22 terminates.Such as when at least one operation in cover HC10 and HC20 is closed by user, step S170 is no.

Comparatively speaking, if determine to select and set setting-up time (step S170 is yes), then Terminal Control Element 150 makes display unit 180 display setting time in the 180c of setting content viewing area.Forward the pressing operation increasing progressively button 260 or successively decrease button 270 to, the pressing operation such as increasing progressively button 260 is corresponding with the finger manipulation 6 shown in Figure 25 A.The pressing operation of setting button 300 is corresponding with the finger manipulation 7 shown in Figure 25 B.In addition, Terminal Control Element 150 keeps the control date (or extinguishing the date) variable (step S180) as one of the operating parameter shown in the 180c of setting content viewing area.

Terminal Control Element 150 is determined whether in response to increasing progressively button 260 or the pressing operation of the button 270 that successively decreases and have selected by the pressing signal exported from interrupteur SW 26 or SW 27 and control the date and whether set the selected control date (step S190) by the pressing operation in response to setting button 300 by the pressing signal exported from interrupteur SW 30.If determine also not select and set this control date (step S190 is no), then under Timer modes A, do not change extinguishing program PRa but only by user for browsing object or watching for other object.Thus, the flow process illustrated by Figure 22 terminates.Such as when at least one operation in cover HC10 and HC20 is closed by user, step S190 is no.

Comparatively speaking, control the date (step S190 is yes) if determine to select and set, then Terminal Control Element 150 make display unit 180 show in the 180c of setting content viewing area set by the control date.Forward the pressing operation increasing progressively button 260 or successively decrease button 270 to, the pressing operation such as increasing progressively button 260 is corresponding with the finger manipulation 8 shown in Figure 26 A.The pressing operation of setting button 300 is corresponding with the finger manipulation 9 shown in Figure 26 B.After the setup control date, Terminal Control Element 150 terminates in the setting task of the operating parameter shown in the 180c of setting content viewing area.Then, extinguishing program PRa (step S200) is upgraded by the operating parameter of the extinguishing selected in step S130 program PRa is changed into the operating parameter set in step S150, S170 and S190.Afterwards, the flow process illustrated by Figure 22 terminates.In the flow process illustrated by Figure 22, eliminate the description of the setting (invalidating) for the mark corresponding with each the program number in the operating parameter extinguishing program PRa.

(operation of Lighting control terminal 14b: change or upgrade and repeat extinguishing program PRb)

Next, the process of setting program (extinguishing program PRb) is changed under being described in Timer modes with reference to Figure 27 to Figure 33 B.Figure 27 is the flow chart that the process changing setting program (repeating extinguishing program PRb) in the Lighting control terminal 14b of the second embodiment is described.Figure 28 A to 30B describe change repeat extinguishing program PRb time can the example of screen picture.Specifically, Figure 28 A illustrates how using forestland select button 280 makes to repeat the variable screen picture of extinguishing program PRb with setting button 300.Figure 28 B illustrates how repeating to select in extinguishing program PRb and the screen picture at fall time interval that setting is expected.Figure 29 A illustrates how at the screen picture repeating to select in extinguishing program PRb the extinguishing time started expected.Figure 29 B illustrates how repeating to set in extinguishing program PRb the screen picture of extinguishing time started of expectation.Figure 30 A illustrates how at the screen picture repeating to select in extinguishing program the extinguishing end time expected.Figure 30 B illustrates how repeating to set in extinguishing program the screen picture of extinguishing end time of expectation.Figure 31 is the explanatory diagram of another management example extinguishing program PRa being shown and repeating extinguishing program PRb.Figure 32 A and 32B describe change repeat extinguishing program PRb time can the example of screen picture.Figure 32 A illustrates the screen picture selecting to repeat the state of extinguishing program PRb by pressing mode selecting button 280 together and set button 300.Figure 32 B illustrates how to repeat to set the screen picture repeating fall time interval in extinguishing program PRb.Figure 33 A illustrates how to repeat to select the screen picture about repeating the mark that fall time interval is reduced in extinguishing program PRb.Figure 33 B illustrates will be how effective screen picture about the flag settings repeating to reduce at fall time interval repeating in extinguishing program PRb.In the description carried out with reference to Figure 27 to 30B, operation cover HC10 and HC20 remains on open mode always.In the following description about the flow chart shown in Figure 27, suppose that Lighting control terminal 14b has detected the open mode of operation cover HC10 and HC20.

With reference to Figure 27, Terminal Control Element 150 determines whether the pressing signal behavior passing through in response to mode selecting button 280 and the same duration pressing operation setting button 300 to export from interrupteur SW 28 and interrupteur SW 30 Timer modes B (step S310).Timer modes B changes for the flow chart according to Figure 27 the pattern repeating extinguishing program PRb.In the Lighting control terminal 14b of the second embodiment, proceeded to the conversion of Timer modes B by mode selecting button 280 and the same duration pressing operation of setting button 300.If determine by having carried out to Timer modes B conversion (step S310 is yes) to mode selecting button 280 and the same duration pressing operation that sets the corresponding interrupteur SW of button 300 28 and SW 30, then Terminal Control Element 150 make display unit 180 in the 180c of setting content viewing area indication example as the operating parameter repeating extinguishing program PRb of program number 2.The same duration pressing operation of mode selecting button 280 and setting button 300 is corresponding with the finger manipulation 1 illustrated by Figure 28 A or 32A.

And Terminal Control Element 150 keeps the program number variable (step S320) as one of the operating parameter shown in the 180c of setting content viewing area.The content of the operating parameter shown in the 180c of setting content viewing area when being transformed into Timer modes B can be the content repeating extinguishing program PRb that its operating parameter has changed in advance.In this case, the program number repeating extinguishing program PRb changed in advance is stored in memory 160.Afterwards, when being transformed into Timer modes B, in the setting content viewing area 180c of display unit 180, this corresponding with the program number be stored in memory 160 of display repeats the operating parameter of extinguishing program PRb.

Terminal Control Element 150 determine whether in response to increase progressively button 260 or the pressing operation of the button 270 that successively decreases and by the pressing signal behavior that exports from interrupteur SW 26 or SW 27 program number or no in response to the pressing operation of setting button 300 by the pressing signal sets that exports from interrupteur SW 30 selected program number (step S330).If determine to select and set program number (step S330 is yes), then Terminal Control Element 150 determines whether in response to increasing progressively button 260 or the pressing operation of the button 270 that successively decreases and repeat to repeat the operating parameter of extinguishing program fall time interval by the pressing signal behavior that exports from interrupteur SW 26 or SW 27 by set program Number Reorganization, repeat to extinguish the time started and repeat one of them of fall time interval minimizing, and whether pass through the selected operating parameter (step S340) of the pressing signal sets exported from interrupteur SW 30 in response to the pressing operation of setting button 300.Forward the pressing operation increasing progressively button 260 and the button 270 that successively decreases to, the pressing operation such as increasing progressively button 260 is corresponding with the finger manipulation 2 shown in Figure 28 B or Figure 32 B.The pressing operation of setting button 300 is corresponding with the finger manipulation 3 shown in Figure 28 B or 32B.

If determine to set repetition fall time interval (being: repeat fall time interval in S340) in step S340, then Terminal Control Element 150 keeps this repetition fall time variable spaced (step S350).Then, Terminal Control Element 150 determines whether in response to increasing progressively button 260 or the pressing operation of the button 270 that successively decreases and the repetition fall time interval of such as " 45 minutes " replaces " 60 minutes " by the pressing signal behavior that exports from interrupteur SW 26 or SW 27, and whether in response to the pressing operation of setting button 300 by the pressing signal sets that exports from interrupteur SW 30 selected repetition fall time interval (such as " 45 minutes ") (step S360).If determine also not select and set repetition fall time interval (step S360 is no), then do not change under Timer modes B repeat extinguishing program PRb but only by user for browsing object or watching for other object.Thus, the flow process illustrated by Figure 27 terminates.Such as when at least one operation in cover HC10 and HC20 is closed by user, step S3600 is no.

If determine to select and set repetition fall time interval (step S360 is yes), then Terminal Control Element 150 changes and repeats fall time interval (step S370) and subsequently, and Terminal Control Element 150 upgrades setting program (repeating extinguishing program PRb) (step S450) by being reflected in the change carried out in step S370.Afterwards, the flow process illustrated by Figure 27 terminates.In the flow process illustrated by Figure 27, eliminate repeating control objectives corresponding with each program number in the operating parameter of extinguishing program PRb, controlling the description of the setting of date and mark.

Repeat to extinguish the time started (being: repeat in step S340 to extinguish the time started) if determine to set in step S340, then Terminal Control Element 150 keeps repeating to extinguish the time started variable (step S380).Then, Terminal Control Element 150 determine whether in response to increase progressively button 260 or the pressing operation of the button 270 that successively decreases and by the pressing signal behavior that exports from interrupteur SW 26 or SW 27 such as " 19:00 " repeat extinguish the time started and replace " 18:00 ", and whether in response to the pressing operation of setting button 300 by the pressing signal sets that exports from interrupteur SW 30 selected repetition extinguish time started (such as, 19:00) (step S390).Repeat to extinguish the time started (step S390 is yes) if determine to select and set, then Terminal Control Element 150 make display unit 180 show in the 180c of setting content viewing area set by repeat the extinguishing time started.Forward the pressing operation increasing progressively button 260 or successively decrease button 270 to, the pressing operation such as increasing progressively button 260 is corresponding with the finger manipulation 4 shown in Figure 29 A.The pressing operation of setting button 300 is corresponding with the finger manipulation 5 shown in Figure 29 B.In addition, Terminal Control Element 150 keep as one of the operating parameter shown in the 180c of setting content viewing area repeat extinguishing the end time variable (step S400).

Terminal Control Element 150 determines whether in response to increasing progressively button 260 or the pressing operation of the button 270 that successively decreases and have selected by the pressing signal exported from interrupteur SW 26 or SW 27 and repeat to extinguish the end time, and whether in response to the pressing operation of setting button 300 by the pressing signal exported from interrupteur SW 30 set selected repeat to extinguish terminate the time started (step S410).Repeat to extinguish the end time (step S410 is yes) if determine to select and set this, then Terminal Control Element 150 make display unit 180 show in the 180c of setting content viewing area set by repeat the extinguishing end time.Forward the pressing operation increasing progressively button 260 or successively decrease button 270 to, the pressing operation such as increasing progressively button 260 is corresponding with the finger manipulation 6 shown in Figure 30 A.The pressing operation of setting button 300 is corresponding with the finger manipulation 7 shown in Figure 30 B.In addition, Terminal Control Element 150 is by changing to the parameter that sets in step S390 and S410 and upgrading setting program (repeating extinguishing program PRb) (step S450) by operating parameter.Afterwards, the flow process shown in Figure 27 terminates.

If determine that in step S340 will set repetition fall time interval reduces (being: repeat fall time interval in S340 and reduce), then Terminal Control Element 150 keeps the mark variable (step S420) about this repetition fall time interval minimizing.Forward to increase progressively button 260, successively decrease button 270 and setting button 300 pressing operation, the pressing operation such as increasing progressively button 260 is corresponding with the finger manipulation 2 shown in Figure 32 B.The pressing operation of setting button 300 is corresponding with the finger manipulation 3 shown in Figure 32 B.Terminal Control Element 150 determines whether in response to increasing progressively button 260 or the pressing operation of the button 270 that successively decreases and by the pressing signal behavior that exports from interrupteur SW 26 or SW 27 about the mark repeating fall time interval and reduce, whether such as " effectively " replaces engineering noise, and set selected mark " effectively " (step S430) by the pressing signal exported from interrupteur SW 30 in response to the pressing operation of setting button 300.If determine also not set selected mark " effectively " (step S430 is no), then do not change under Timer modes B about repeat the fall time interval reduce mark but only by user for browsing object or watching for other object.Thus, the flow process illustrated by Figure 27 terminates.Such as when at least one operation in cover HC10 and HC20 is closed by user, step S430 is no.Forward the pressing operation increasing progressively button 260 and the button 270 that successively decreases to, the pressing operation such as increasing progressively button 260 is corresponding with the finger manipulation 4 shown in Figure 33 A.The pressing operation of setting button 300 is corresponding with the finger manipulation 5 shown in Figure 33 B.

If determine to select and set mark " effectively " (step S430 is yes), then Terminal Control Element 150 changes repetition fall time interval (step S440).Such as, if the mark repeating the repetition fall time interval minimizing of extinguishing program PRb about program number 2 shown in Figure 20 B is changed into " effectively " from engineering noise, then reduce with the pattern that such as " 60 minutes ", " 30 minutes ", " 15 minutes ", " 10 minutes ", " 5 minutes " are such and repeat fall time interval, and repeat " 5 minutes " continuously as shown in figure 31.But the repetition fall time interval of this minimizing is not limited to this.Next, Terminal Control Element 150 is by being reflected in the change carried out in step S440 and upgrading setting program (repeating extinguishing program PRb) (step S450).Afterwards, the flow process illustrated by Figure 27 terminates.

Utilize the Lighting control terminal 14 ' of the second embodiment, office, factory, the lamp of shop or other position and the power consumption significantly reducing lamp owing to preparing one by one to extinguish program in a large number can be extinguished comprehensively.If operation cover HC10 and HC20 remains on open mode, then utilize setting communication equipment 50 can effectively and easily perform will pressing operation panel SW a ', SW b ', SW c ' or SW d ' time the setting of lamp 1 to 8 of lighting or extinguishing.

Setting program can also comprise using the content earlier extinguishing some lamps in advance notice object than the repetition fall time.This makes it possible to provide warning about the extinguishing of lamp on the horizon or advance notice to user, thus impels the extinguishing of user's comprehensive management lamp.

Repeating of specifying in setting program is extinguished the time started and is repeated the time period of extinguishing between the end time and can be changed by the setting operation unit of such as the first operating unit and the second reference unit.This make it possible to the lamp realizing depending on user management environment repeat extinguish.

The fall time interval of lamp in setting program can be reduced by the setting operation unit of such as the first operating unit and the second operating unit.This makes it possible to shorten the repetition fall time interval of the management environment depending on user, thus reduces power consumption.

When being changed by Lighting control terminal 14 ' and renewal is stored in setting content (such as the operating parameter) of the setting program (extinguish program PRa and repeat extinguishing program PRb) in memory 160 in advance, Terminal Control Element 150 exports the content changing and upgrade of setting program to transmission unit 9.This makes it possible to the setting program be stored in Lighting control terminal 14 ' synchronous with the setting program be stored in transmission unit 9.

In above-mentioned second embodiment, the extinguishing program PRb that repeats shown in Figure 20 B comprises in order to repeat extinguish the time started and repeat to extinguish the content normally extinguishing the lamp of control objectives (group) in the regulation fall time interval between the end time.In addition, can store in memory 160 comprise in order to repeat extinguish the time started and repeat to extinguish in the regulation fall time interval between the end time for predict object extinguish the content of the lamp of control objectives (group) repeat predict extinguishing program.Predict extinguishing program by referring to being stored in repeating in memory 160, Terminal Control Element 150 can extinguish lamp by repeating to predict in the regulation fall time interval during the time period of extinguishing program setting for advance notice object.

Except above-mentioned second embodiment, the mandate of change setting program can be provided to guarantee the information security of setting program (extinguish program PRa and repeat extinguishing program PRb) to each user of Lighting control terminal 14 '.Such as, the manufacturer giving produce and market Lighting control terminal 14 ' authorizes this manufacturer to prepare and changes the manufacturer model of setting program.Give buy Lighting control terminal 14 ' from manufacturer and be sold to the agent of user, such as Electrical Engineer authorizes this agent only to change agent's pattern of setting program.The user (such as deskman) giving in fact management and Lighting control terminal 14 ' authorizes this user only to change the user model of the effective of setting program and disarmed state.Figure 34 A and 34B illustrates that how to select when giving user model and set can by the mark of the setting program of user operation.Figure 34 A is the screen picture illustrating how Land use models select button 280 selects the extinguishing program of Timer modes A and expectation.Figure 34 B is the screen picture that the mark how setting the setting program selected thus is shown.As shown in fig. 34 a, button 260 is increased progressively being pressed while mode selecting button 280 selects Timer modes A pressing by finger manipulation 1.Thus, the extinguishing program PRa of the program number 2 selected thus is shown as " effectively ".And if if increase progressively button 260 by finger manipulation 2 pressing as shown in fig. 34 a to press setting button 300 by finger manipulation 3, then the extinguishing program PRa of the program number 2 selected thus is shown as engineering noise.By giving the mandate changing setting program to each user of Lighting control terminal 14 ', the information security of setting program reliably can be guaranteed.

When receiving the control signal of new registration of the normal extinguishing program about one of extinguishing program PRa as seen in figs. 2 oa and 2 ob from setting communication equipment 50, this program normally extinguished of Terminal Control Element 150 new registration shown in Figure 19.Together with this new registration, automatically can generate in order to the program treating some lamps in the normal control objectives lamp extinguished for advance notice object and extinguishing of more Zao than the normal fall time of new registration program such as 5 minutes, and this program is stored in memory 160.

In the first and second above-mentioned embodiments, Lighting control terminal 14 (14 ') comprises the communication unit 25 (or 250) on the front surface being arranged on framework K (K10), for receiving the setting program that will be stored in memory 16 (or 160) from the setting communication equipment 50 as exterior terminal.Terminal Control Element 150 makes memory 16 (or 160) store the setting program received by communication unit 25 (or 250).The thering is provided of communication unit 25 makes Lighting control terminal 14 (or 14 ') newly in an efficient way to prepare a large amount of setting program and to be stored in memory 16 (or 160) when operation at inoperation Lighting control terminal 14 (or 14 ') but by setting communication equipment 50.

In the first and second above-mentioned embodiments, Lighting Control Assembly 100 (or 100 ') comprise Lighting control terminal 14 (or 14 ') for exporting control signal and control for making response to the control signal exported by Lighting control terminal 14 (or 14 ') lamp 1 to 8 bright/operation control unit 13 of operation of going out.This makes it possible to provide the Lighting Control Assembly comprising Lighting control terminal 14 (or 14 '), and it effectively and easily can perform the setting of the lamp lighted when a pressing guidance panel or extinguish and can save the installation region of Lighting control terminal 14 (or 14 ').

In above-mentioned description, if the push switch SW a0 (or SW a1) when the operation cover HC1 (or HC10) of the first operating unit is kept closed, then Lighting control terminal 14 (or 14 ') exports the control signal of the lamp being used for the group lighting or extinguish setting in Fig. 5 (or Figure 20 A and 20B).If operation cover HC1 (or HC10) is consistent with the setting-up time of one of the setting program illustrated in Fig. 5 (or Figure 20 A and 20B) and if remain on open mode current time, then Lighting control terminal 14 (or 14 ') exports the control signal corresponding with setting program.Example as an alternative, even if the non-push switch SW a0 (or SW a1) when operating cover HC1 (or HC10) and keeping in closed state, also, only when current time is consistent with the setting-up time of one of the setting program illustrated in Fig. 5 (or Figure 20 A and 20B), Lighting control terminal 14 (or 14 ') just can export the control signal corresponding with setting program.

In above-mentioned description, on the rear surface that lock part KC1 (or KC10) is arranged on operation cover HC1 (or HHC10) and locked part HKC1 (or HKC10) is arranged on the front surface of framework K (or K10), remain on closure state so that HC1 (or HC10) is covered in operation.Example as an alternative, by using permanent magnet as locked part HKC1 (or HKC10) and magnetic material as lock part KC1 (or KC10), operation can be covered HC1 (or HC10) and remains on closure state.This alternative arrangements can be adopted, operation cover HC2 (or HC20) is remained on closure state.As the joint by lock part KC1 (or KC10) and locked part HKC1 (or HKC10), operation cover HC1 (or HC10) is remained on another substituting unit of closure state, touch panel can be set in the subregion of the front surface of operation cover HC1 (or HC10).If pressing touch panel, then Terminal Control Element 15 (or 150) is determined to need operation cover HC1 (or HC10) to remain on closure state.In this case, Terminal Control Element 15 (or 150) makes electronic circuit (not shown) that operation cover HC1 (or HC10) is remained on closure state.Touch panel can be arranged in operation cover HC2 (or HC20).

In superincumbent description, communication unit 25 (or 250) is arranged on the front surface of framework K (or K10) of the second operating unit.Alternatively, communication unit 25 (or 250) can be arranged on the front surface of framework K (or K10) of the first operating unit.

Even if when operating cover HC2 (or HC20) and remaining on open mode, the control signal that communication unit 25 (or 250) also can be transmitted from setting communication equipment 50 by infrared communication or other communications reception.

When extinguishing a lamp in lamp 1 to 4 for advance notice object, LED 23 (or 230) can glimmer to notify that this advance notice is extinguished.Similarly, LED 24 (or 240) can be configured extinguish with the advance notice of the notification light that glimmers.

Although illustrate and describe the present invention for embodiment, those of ordinary skill in the art will understand, and can carry out various change and modification when not departing from the scope of the present invention as claims restriction.

Claims

1. a Lighting control terminal, comprising:

Framework, has the pivot extended along the longitudinal direction;

Operation cover, is pivotally attached to described framework, to rotate around described pivot;

Switch-unit, be arranged on described operation cover front surface on and for lighting when being pressed or extinguishing lamp;

Setting operation unit, on the rear surface being arranged on described operation cover and setting-up time for setting to light or extinguish described lamp, described operation cover comprises the lock part be arranged on surface thereafter, in order to described operation cover is remained on closure state;

Display unit, on the front surface being arranged on described framework and for showing the setting content set by described setting operation unit, described framework comprises the locked part be arranged on front surface described in it, in order to by described operation cover being remained on described closure state with the joint of described lock part;

Memory cell, stores the setting program set by described setting operation unit; And

Terminal Control Element, for when pressing described switch-unit, or when the current time indicated by the clock be built in described Terminal Control Element is consistent with the described setting-up time of the described setting program be stored in described memory cell according to described setting program, export about described lamp bright/go out operation control signal

Wherein said display unit is arranged on the front surface of the described framework of the rear surface corresponding to described operation cover.

2. Lighting control terminal as claimed in claim 1, wherein, the described setting program set by described setting operation unit comprises the content in order to jointly to extinguish whole or some lamps in described lamp in the fall time of regulation.

3. Lighting control terminal as claimed in claim 2, wherein, the described setting program set by described setting operation unit comprises and earlier extinguishes the content of some lamps in described lamp in order to the fall time than described regulation.

4. Lighting control terminal as claimed in claim 2 or claim 3, wherein, described setting operation unit is designed to use in the fall time of the described regulation of setting.

5. Lighting control terminal as claimed in claim 2 or claim 3, wherein, described setting operation unit is designed to use in the fall time extending described regulation.

6. the Lighting control terminal according to any one of Claim 1-3, also comprises:

Notification unit, for notify described lamp bright/state of going out.

7. the Lighting control terminal according to any one of Claim 1-3, also comprises:

Communication unit, on the described front surface being arranged on described framework and for receiving described setting program from exterior terminal, described Terminal Control Element is designed to the described setting program received by described communication unit to be stored in described memory cell.

8. a Lighting Control Assembly, comprising:

Lighting control terminal according to any one of Claim 1-3; And

Operation control unit, in response to the described control signal exported from described Lighting control terminal, control described lamp described bright/operation of going out.

9. a Lighting control terminal, comprising:

Framework, has the pivot extended along the longitudinal direction;

Lock part, is arranged on the rear surface of described operation cover, so that described operation cover is remained on closure state;

Setting operation unit, the setting-up time on the front surface being arranged on described framework and for setting to light or extinguish described lamp;

Memory cell, for storing the setting program set by described setting operation unit; And

Wherein, described setting program comprises the content in order to repeat to extinguish the whole of described lamp or some lamps during official hour section with predetermined time interval, and

10. Lighting control terminal as claimed in claim 9, wherein, described setting program also comprises the content in order to earlier to extinguish some lamps in described lamp than this repetition fall time for advance notice object.

11. Lighting control terminals as described in claim 9 or 10, wherein, described setting operation unit is designed to use in the described official hour section of change.

12. Lighting control terminals as claimed in claim 10, wherein, described setting operation unit is designed to use in the described predetermined time interval of minimizing.

13. Lighting control terminals according to any one of claim 9,10 or 12, also comprise:

14. 1 kinds of Lighting Control Assemblies, comprising:

Lighting control terminal, comprising:

Framework, has the pivot extended along the longitudinal direction;

Switch-unit, on the front surface being arranged on described operation cover and for lighting when being pressed or extinguishing lamp, described operation cover comprises the lock part be arranged on surface thereafter, in order to described operation cover is remained on closure state;

Terminal Control Element, for when pressing described switch-unit, or when the current time indicated by the clock that is built in described Terminal Control Element is consistent with the described setting-up time of the described setting program be stored in described memory cell according to described setting program, export about described lamp bright/control signal operated of going out; And

Operation control unit, in response to the described control signal exported from described Lighting control terminal, control described lamp described bright/operation of going out,